tivo
Businessmodel of TiVo
Customer Segments
TiVo provides a wide range of digital media products, technologies, and solutions to clients operating principally in the media and publishing industry. The Company organises its customers primarily into the following core categories:
- TV Service Providers, comprising cable network operators, satellite television providers, and other freeview and paid-for television service providers;
- CE Manufacturers, comprising manufacturers of consumer electronics, network-connected televisions, and other devices through which consumers view on-demand and television media;
- Streaming and Digital Media Portals, comprising a range of online media streaming portals and video-on-demand platforms;
- Broadcasters and Content Producers, comprising broadcast networks, television and movie studios, and other producers of media contents; and
- Music Ecosystem, comprising a range of digital music service providers and online audio streaming platforms. TiVo includes a number of well-known companies among its clients, including Facebook, Samsung, DirectTV, the NBA, Microsoft, Panasonic, Sharp, Vodafone, Virgin Media, and Atlantic Broadband. Tivo also sells products directly to consumers.
TiVo’s principal market is its native US, which accounts for the bulk of its business. The Company also serves an international client base, including in markets across the Americas, Asia Pacific, Europe. The Company does significant business in Japan.
Value Propositions
TiVo provides value to its clients in the following ways:
- Its brand name and industry standing, with the Company established as a leading, and the most well-known, provider of digital media and video technology products, being the provider of choice for a range of high-profile media companies and television service providers, such as DirecTV and Virgin Media;
- Its proprietary technologies, with the Company controlling an extensive portfolio of patents and intellectual properties that enable it to provide unique and innovative solutions, and generate revenue through the licensing of its technologies;
- Its catalogue of ancillary services, with the Company providing a wide selection of technology and media solutions, including advanced search and recommendations solutions, metadata services, and analytics and advertising solutions;
- Its international reach, with the Company serving a large domestic client base in the US, as well as a number of international clients across the rest of the world, notably serving clients in Japan; and
- Its industry expertise and experience, with the Company employing a range of specialist technical personnel, enabling it to continue developing innovative and unique solutions, as well as provide effective technical support. ### Channels
TiVo operates a corporate website at www.business.tivo.com, through which it provides information on its various products, target industries, properties, and solutions.
The Company also operates a more consumer-facing website at www.tivo.com, through which customers can access the TiVo Shop, which enables consumers to browse and purchase products and manage their accounts. Additionally, TiVo operates an on-demand television streaming service at www.online.tivo.com, through which consumers can browse and view a range of television content, including live television broadcasts. The Company also offers similar functionality through its mobile app.
TiVo makes sales to commercial clients through its in-house direct sales force. These sales personnel operate out of the Company’s international network of 19 sales and administrative offices across the US, Asia Pacific, and Europe, including in Bangalore, Tokyo, London, Warsaw, and Seoul. The Company licenses its technologies and intellectual properties to a range of commercial clients, with its solutions and technology reaching consumers through a range of third-party devices and products.
Customer Relationships
TiVo provides a range of products and services to general consumers on a self-service basis, both through its online store and its digital media streaming platform. These online channels enable customers to browse products and content, make purchases and arrange deliveries, and manage account details without interacting directly with members of the Company’s sales and service teams.
TiVo works closely with its commercial clients through its direct sales and service teams. These staff consult with licensing and solutions customers over a period of time in order to establish their individual needs and circumstances, and assisting directly in the use of the Company’s properties in third-party devices. The Company seeks to maintain longstanding customer relationships, licensing its technologies for fixed terms.
TiVo provides ongoing support to its commercial customers and consumers, operating a dedicated customer support organisation. The Company provides commercial clients with a separate metadata support centre, resource centre for service providers, and ACP licensee support portal. It also offers a wide range of online resources, including white papers, case studies, FAQs, guides, and infographics through its website. Customers can also contact the Company directly over the phone or via email in order to access personalised assistance.
Additionally, TiVo operates a number of social media accounts – including with Twitter, YouTube, and LinkedIn – through which it is able to provide company updates and interact directly with customers.
Key Activities
TiVo functions as a holding company. Through its subsidiaries, notably Rovi Corporation and TiVo Inc, the Company provides a range of media and technology services. Through TiVo Inc, the Company is engaged in the provision of video technology software services and cloud-based software-as-a-service solutions, which offer universal search, discovery, viewing and recording functions for live, recorded, and video-on-demand media content.
Through Rovi Corporation, the Company provides a range of content discovery solutions that are embedded in its customers’s products and services to connect consumers with entertainment content, including device embedded and cloud-based interactive program guides, natural language conversational voice and text search and recommendation services, among others. TiVo serves an international client base spanning multiple sectors, including TV service providers, broadcast companies, and content producers.
Key Partners
TiVo works closely with a broad network of partners to ensure that it is able to provide effective and innovative products and solutions. These partners can be organised broadly into the following categories:
- Supplier and Vendor Partners, comprising suppliers of equipment and services that are utilised in the development and delivery of the Company’s various products and services, as well as companies to which certain non-technical functions can be outsourced;
- Content and Television Operator Partners, comprising a range of cable and satellite television service providers, with which the Company works on developing and implementing media content technology solutions;
- Intellectual Property Partners, comprising a range of intellectual property owners and technology companies, with which the Company shares various properties and technologies; and
- Strategic and Alliance Partners, comprising a range of market leading companies across multiple industries, with which the Company works on various joint projects, including in marketing and branding. TiVo has a number of partnerships in place. This includes a partnership with Viacom to share data with advertisers, a partnership with Intellectual Ventures to share their property portfolios, and a technology sharing partnership with Netflix.
Key Resources
TiVo’s key resources are its technologies and intellectual properties, its online store and media streaming service, its IT and communications infrastructure, its sales and marketing channels, its network of partners, and its personnel.
TiVo controls a patent portfolio of more than 5,400 issued and pending patents that is key to the success of its Intellectual Property Licensing segment. Searches of records published by the US Patent and Trademark Office identified numerous patent applications filed in TiVo’s name, including applications entitled ‘Media content fingerprinting system’, ‘Data storage management and scheduling system’ and ‘Automatic commercial playback system’.
TiVo also owns and or leases a number of physical properties across the US, Europe, and Asia Pacific, which comprise the Company’s network of sales and administrative offices, and support centres.
Cost Structure
TiVo incurs costs in relation to the development of its technologies and intellectual properties, the development and maintenance of its online platforms, the maintenance of its IT and communications infrastructure, the procurement of supplies and services, the operation of its sales and marketing channels, the management of its partnerships, the implementation of marketing and advertising campaigns, and the retention of its personnel.
In 2015 TiVo recorded cost of revenues in the amount of $102.97 million, research and development expenses in the amount of $100.63 million, and selling, general and administrative costs in the amount of $154.45 million.
Revenue Streams
TiVo generates revenue through the provision of various media and technology solutions – including advertising, analytics, and metadata solutions – and the licensing of its various intellectual properties.
In 2015 TiVo generated revenue for the year totalling $526.27 million, up on the $542.31 million recorded by the Company in 2014. The Company’s largest revenue generator was its Intellectual Property Licensing segment, which generated annual revenue of $281.82 million.
The Company’s Product segment generated revenue for the year of $244.45 million, with the remaining revenue attributed to other corporate activities.


At least five dead, including infants, following attack in Mexico
by ReutersAt least five members of a family in northern Mexico, including two infants, were killed on Monday in an attack by unknown gunmen, a government source and local media said, in the latest case of grisly violence to hit the country.
Mexican media reported that the victims belonged to the LeBaron family, associated with a break-away Mormon community that settled in northern Mexico decades ago, and that the dead as well as additional missing family members may all be US citizens.
The governments of Chihuahua and Sonora states, both of which border the United States, issued a brief, joint statement late on Monday saying an investigation into the incident had been launched and that some people were presumed dead and others missing.
The statement, which noted that additional federal and local security forces were being sent into the area near the border between the two Mexican states, did not provide further details.
Local television showed images of a burnt out vehicle that may have belonged to the family, and local activist and family member Julian LeBaron was quoted as describing the incident as a "massacre," adding that some family members were burnt alive.
The press office of the US embassy in Mexico did not immediately respond to request for more information after hours.
The US Ambassador to Mexico, Christopher Landau, travelled to Sonora earlier on Monday for work meetings, he posted on Twitter.


For your convenience, a free API is provided, limited to 100 requests/hr. Visit Tassadar on Mashape to grab an API key and the SDK for your language, then enjoy!
This simple rack-based web service uses the pure-ruby Tassadar library to parse uploaded Starcraft II replay files and send a JSON response.
This service is designed to enable Tassadar in polyglot or browser-based projects where Ruby may not be the significant language.
$ gem install tassadar-server
The server can be configured using the following environment variables:
| Option | Description | Details |
|---|---|---|
| THROTTLE | Allowed requests per hour | for each user |
| REDIS_URL | Redis server | Required if THROTTLE is enabled |
| WHITELIST | Comma-separated list of allowed IP addresses | Optional |
| USER_HEADER | Header containing unique user id | Defaults to IP address |
$ rackup ./config.ru
You can also mount tassadar-server into a Rails 3 application, or use unicorn to set up a cluster of workers for increased load.
$ http -f POST http://localhost:9292/sc2/replay<EMAIL_ADDRESS>POST /sc2/replay HTTP/1.1
Host: localhost:9292
Content-Type: multipart/form-data; boundary=cd85979359044d7cac045667d
cf591c3
Accept-Encoding: gzip, deflate, compress
Accept: */*
Content-Type: application/json
Content-Length: 633
Server: WEBrick/1.3.1 (Ruby/1.9.3/2012-04-20)
Date: Thu, 03 Jan 2013 01:32:21 GMT
Connection: Keep-Alive
{ "replay": {
"game": {
"category": "Ladder",
"map": "Delta Quadrant",
"speed": "Faster",
"time": "2011-07-05 18:01:08 -0400",
"type": "1v1",
"winner": {
"actual_race": "Zerg",
"chosen_race": "Zerg",
"handicap": 100,
"id": 2569192,
"name": "redgar",
"won": true,
"color": {
"alpha": 255,
"red": 0,
"green": 66,
"blue": 255
}
}
},
"players": [
{
"player": {
"actual_race": "Terran",
"chosen_race": "Terran",
"handicap": 100,
"id": 1918894,
"name": "guitsaru",
"won": false,
"color": {
"alpha": 255,
"red": 180,
"green": 20,
"blue": 30
}
}
},
{
"player": {
"actual_race": "Zerg",
"chosen_race": "Zerg",
"handicap": 100,
"id": 2569192,
"name": "redgar",
"won": true,
"color": {
"alpha": 255,
"red": 0,
"green": 66,
"blue": 255
}
}
}
]
}
}
A fast Starcraft 2 replay parser written in pure Ruby.
$ gem install tassadar
Add this line to your application’s Gemfile:
gem 'tassadar'
And then execute:
$ bundle
Or install it yourself as:
$ gem install tassadar
Create a replay object:
replay = Tassadar::SC2::Replay.new(path_to_replay)
All of the important information is in the game object:
replay.game
=> #<Tassadar::SC2::Game:0x007f9e41e31408 @winner=#<Tassadar::SC2::Player:0x007f9e41e31728 @name="redgar", @id=2569192, @won=true, @color={:alpha=>255, :red=>0, :green=>66, :blue=>255}, @chosen_race="Zerg", @actual_race="Zerg", @handicap=100>, @time=2011-07-05 17:01:08 -0500, @map="Delta Quadrant">
Or the player objects:
replay.players.first
=> #<Tassadar::SC2::Player:0x007f9e41e31a48 @name="guitsaru", @id=1918894, @won=false, @color={:alpha=>255, :red=>180, :green=>20, :blue=>30}, @chosen_race="Terran", @actual_race="Terran", @handicap=100>
git checkout -b my-new-feature
)git commit -am 'Add some feature'
)git push origin my-new-feature
)


Welcome To
bamidele law Firm
We are a leading law firm in financial & Business industry. With years of experience
About Bamidele law
Lorem, ipsum dolor sit amet consectetur adipisicing elit. Repellat facere voluptate sed. Assumenda suscipit deserunt odio eum doloremque ut sunt ea, aperiam, minus at unde. Reiciendis aliquam harum accusamus animi!
CEO & FOUNDER OF Bamidele
WHAT WE ARE EXPERT AT
Legal Practice Areas
CORPORATE & SECURITIES
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreREAL ESTATE LAW
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreHEALTH CARE LAW
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreINSURANCE LAW
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreCONSTRUCTION & ENGINEERING
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreECOMMERCE LAW
We can provide corporate governance, helping clients manage the responsibilities of running a corporation in financial field.
learn moreWHAT WE ARE EXPERT AT
Why Clients Choose Us?
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookm arksgrove right at the coast of the Semantics, a large language ocean. A small river named
300+
Client Consultations
95%
Successful Cases


Press Space to restart
Touch Restart to try again
Press Space to resume
Touch Pause again to resume
Arrow hero is a minimalist game where your goal is to match a continuous, unstoppable stream of arrows using your keyboard keys.
This means that if you have more than one consecutive you only have to press once to validate both.
You can pause the game by pressing Space.
This game is mobile friendly.
If you liked this game, please share it!
Feel free to fork me on GitHub.


Required fields denoted with a ' * '.
Maximum 200 characters.
All fields required.
This page is where you can enter and maintain information about your company.


Array of record objects.
Array, default = []
You can define records during object creation or during run-time. Generally, there are two data source types: local
and remote. If you do not defined the .url property the data source is local and you can add
records to the grid in the following way:
After object creation you can add records either by appending them to the .records array (
do not forget to call .refresh method to update on the screen), or by using
.add() method, which will add and update records on the screen.
If you defined the .url, the records will be loaded from this url overwriting any
locally defined records.
The record object
Each record object must have a recid property that uniquely identifies the record. Also it might have some
other system properties: style, summary, and editable.
The following is the structure of the record object:
Where "field-1", ..., "field-N" have to correspond to the field property of the columns they need to be displayed in.
You can use render method of the column to create columns that have aggregates from several fields.
See .columns property.


| ratetable {survival} | R Documentation |
Description of the rate tables used by expected survival routines.
A rate table contains event rates per unit time for some particular
endpoint. Death rates are the most common use, the survexp.us
table, for instance, contains death rates for the United States by
year of age, sex, and calendar year.
A rate table is structured as a multi-way array with the following attributes:
the dimensions of the array
a named list of dimnames. The names are used to
match user data to the dimensions, e.g., see the rmap
argument in the pyears
example. If a dimension is
categorical, such as sex
in survexp.us
, then the
dimname itself is matched against user's data values. The matching
ignored case and allows abbreviations, e.g., "M", "Male", and "male"
all successfully match the survexp.us
dimname of
sex=c("male", "female")
.
a vector giving the type of each dimension, which will
be 1= categorical, 2= continuous, 3= date, 4= US calendar year.
If type
is 3 or 4, then the corresponding cutpoints must be
one of the calendar date types: Date, POSIXt, date, or chron.
This allows the code to properly match user data to the ratetable.
a list with one elment per dimension. If
type=1
then the corresponding list element should be NULL,
otherwise it should be a vector of length dim[i]
containing
the starting point of the interval to which the corresponding
row/col of the array applies. Cutpoints must be in the same units
as the underlying table, e.g., the survexp.us
table
contains death rates per day, so the age
cutpoint vector contains
age in days while year
contains a vector of Dates.
Cutpoints do not need to be evenly
spaced: the survexp.us
table originally had age divided up
as 0-1 days, 1-7 days, 7-28 days, 28 days - 1 year, 2, 3, ...
119 years. (Changes in the source of the tables made it difficult
to continue splitting out the first year.)
an optional summarization function. If present, it will be called with a numeric matrix that has one column per dimension and one row per observation; and the function returns a character string giving a summary of the data.
optional attribute containing the names of the dimnames. In this case the dimnames list itself does not have names.


|
SGCoreCpp
v1.2.1
SenseGlove C++ API
|
Buzz motor commands that is meant to stop after a few miliseconds. More...
#include <SG_TimedBuzzCmd.h>
Public Member Functions | |
| SG_TimedBuzzCmd (Finger finger, int magnitude, float duration_seconds, float startTime_seconds=0) | |
| Create a new TimeBuzzCommand for a single finger. More... | |
| SG_TimedBuzzCmd (SG_BuzzCmd command, float duration_seconds, float startTime_seconds=0) | |
| Create a new buzz motor command that expires after timing_ms More... | |
| virtual SG_BuzzCmd | GetBaseCommand () |
| Access the base command, which indicates the buzz levels to keep untill time elapses. More... | |
| virtual bool | TimeElapsed () |
| Check if this timed command's timing has elapsed More... | |
| virtual float | NormalizedTime (bool clamp01=true) |
| Represents how far this effect is in its playtime; [0...1], where 0 means at the start, and 1 means at the end More... | |
| std::string | ToString () override |
| |
| SG_BuzzCmd | Copy () override |
| Copy this Buzz Command's values into a new object. More... | |
| SG_BuzzCmd | Merge (SG_BuzzCmd other) override |
| Merges this basecommand with another command More... | |
| virtual void | ResetTiming () |
| Reset the timings of this BuzzCmd, allowing us to re-use it. More... | |
| virtual void | UpdateTiming (float dT_seconds) |
| Update the elapsed time to check if the buzz motors should stop. More... | |
| Public Member Functions inherited from SGCore::Haptics::SG_BuzzCmd | |
| SG_BuzzCmd () | |
| Basic Constructor More... | |
| SG_BuzzCmd (std::vector< int > buzzLevels) | |
| Create a new buzz motor command, where each finger level is contained inside an array of size 5. More... | |
| SG_BuzzCmd (int thumb, int index, int middle, int ring, int pinky) | |
| Create a new Buzz Motor command, indicating the intensity for each finger. More... | |
| SG_BuzzCmd (Finger finger, int buzzLevel) | |
| Create a new Buzz Motor command, with only one finger being activated. More... | |
| ~SG_BuzzCmd () | |
| Basic Destructor More... | |
| Public Member Functions inherited from SGCore::Haptics::SG_FingerCmd | |
| ~SG_FingerCmd () | |
| virtual std::vector< int > | GetLevels () |
| virtual int | GetLevel (int finger) |
| virtual void | SetLevel (int finger, int value) |
| virtual bool | Equals (SG_FingerCmd other) |
| Check if this command contains the same values as another. More... | |
Public Attributes | |
| float | duration = 0 |
| The total time [millisecons] each buzz motor should be vibrating for. More... | |
| float | elapsedTime = 0 |
| The time elapsed since the command was sent [millisecons]. More... | |
Protected Member Functions | |
| SG_TimedBuzzCmd () | |
| Empty constructor for inheritance. More... | |
| Protected Member Functions inherited from SGCore::Haptics::SG_BuzzCmd | |
| int | Validate (int value) override |
| Ensure that an input values is places in between the minimum and maximum range. More... | |
| Protected Member Functions inherited from SGCore::Haptics::SG_FingerCmd | |
| SG_FingerCmd () | |
Protected Attributes | |
| SG_BuzzCmd | baseCmd |
| The Buzz Motor command used to create the timing. More... | |
| Protected Attributes inherited from SGCore::Haptics::SG_FingerCmd | |
| std::vector< int > | levels |
| Input level for specific finger. More... | |
Additional Inherited Members | |
| Static Public Attributes inherited from SGCore::Haptics::SG_BuzzCmd | |
| static const SG_BuzzCmd | off = SG_BuzzCmd(0, 0, 0, 0, 0) |
| A command that turns off all vibration motors of the Sense Glove. More... | |
| Static Protected Attributes inherited from SGCore::Haptics::SG_BuzzCmd | |
| static int | buzzMin = 0 |
| The minimum buzz motor level input More... | |
| static int | buzzMax = 100 |
| The maximum buzz motor level input More... | |
Buzz motor commands that is meant to stop after a few miliseconds.
Intended use; this.levels indicates the actual command
|
inlineprotected |
Empty constructor for inheritance.
| SGCore::Haptics::SG_TimedBuzzCmd::SG_TimedBuzzCmd | ( | Finger | finger, |
| int | magnitude, | ||
| float | duration_seconds, | ||
| float | startTime_seconds = 0 |
||
| ) |
Create a new TimeBuzzCommand for a single finger.
| finger | |
| magnitude | |
| duration_seconds | |
| startTime_seconds |
| SGCore::Haptics::SG_TimedBuzzCmd::SG_TimedBuzzCmd | ( | SG_BuzzCmd | command, |
| float | duration_seconds, | ||
| float | startTime_seconds = 0 |
||
| ) |
Create a new buzz motor command that expires after timing_ms
| command | |
| duration_seconds | |
| startTime_seconds | Optional, starts the effect at a certain time |
|
overridevirtual |
Copy this Buzz Command's values into a new object.
Reimplemented from SGCore::Haptics::SG_BuzzCmd.
|
virtual |
Access the base command, which indicates the buzz levels to keep untill time elapses.
|
overridevirtual |
Merges this basecommand with another command
| other |
Reimplemented from SGCore::Haptics::SG_BuzzCmd.
|
virtual |
Represents how far this effect is in its playtime; [0...1], where 0 means at the start, and 1 means at the end
| clamp01 | Optional parameter; ensures this value is always between 0 and 1. |
|
virtual |
Reset the timings of this BuzzCmd, allowing us to re-use it.
|
virtual |
Check if this timed command's timing has elapsed
|
overridevirtual |
Reimplemented from SGCore::Haptics::SG_FingerCmd.
|
virtual |
Update the elapsed time to check if the buzz motors should stop.
| dT_seconds |
|
protected |
The Buzz Motor command used to create the timing.
| float SGCore::Haptics::SG_TimedBuzzCmd::duration = 0 |
The total time [millisecons] each buzz motor should be vibrating for.
| float SGCore::Haptics::SG_TimedBuzzCmd::elapsedTime = 0 |
The time elapsed since the command was sent [millisecons].


12
Mai
Bender Should Not Be Allowed on TV
A Head in the Polls
With a warning label this big, you know they gotta be fun! This is the worst part. The calm before the battle. No! The cat shelter's on to me. Yes, I saw. You were doing well, until everyone died. Daylight and everything.


City:
Location: [lat: ] [lon: ]
Weather condition:
Humidity:
Temparate:
Min temperature:
Max temperature:
Pressure:


Twitter
Plugin
Goal
As a user, I want to keep up-to-date with VanArts news via Twitter.
Technologies
Twitter Follow Button
Twitter Publish
will generate HTML code
Benefits
Timely
Easy
Concerns
Privacy
Performance
Layout could become malformed
Collisions with global variables
Lack of customization
Live demo
Follow @vanarts


(I'm between Leia and Palpatine on here, so perfect for this talk)
When asked to speculate why that was, Mr. Marlinspike simply said, “Donald Trump is about to be in control of the most powerful, invasive and least accountable surveillance apparatus in the world.”


Close
Home
Portfolio
About
Services
David
.
Skills
Journal
Contact
Menu
Fleet
Far far away, behind the word mountains, far from the countries.
Scroll
Fleet
Project Description
A freight cargo management system. Built on android with love by David Innocent.
Project Date
September, 2019-February, 2020
Role
Design and Development
Accessibility
Open source
Visit
Fleet on GitHub


You can see live demo here. This theme is inspired by Kiko theme.
git clone https://github.com/AWEEKJ/Kiko-plus.git
- this will clone Kiko-plus template to your computer.git checkout -b gh-pages
where gh-pages will be your branch name.git remote add gh-pages https://github.com/<yourName>/<yourMaster>/gh-pages
. yourName is your account name and yourMaster is your repository.git push gh-pages
._config.yml
file by changing baseurl: "<branchName>"
branchName is your branch name where gh-pages resides. See configuration.git clone https://github.com/AWEEKJ/Kiko-plus
.jekyll serve
or rake preview
. This will build a website which you can access https://localhost:4000. You need to have Jekyll installed to do this.All configuration is done via _config.yml
file which you will find in your main repo folder. Change this <something>
to yours.
name: <blog-name>
author:
is for links to icons in footer. If you want to add more link icons, modify _includes/footer.html
file.author:
facebook: your-id
twitter: your-id
github: your-id
linkedin: your-id
medium: your-id
tumblr: your-id
email<EMAIL_ADDRESS>copyright:
year: 2017
name: Kiko
google-analytics:
id: "your-id"
disqus:
id: "your-id"
url: "https://<your-name>.github.io"
url: "https://localhost:4000"
baseurl: "/<branch-name>"
# Create new post
$ rake post title="A Title" [date="2015-08-16"] [tags="[tag1, tag2]"]
# Create new draft post
$ rake draft title="A Title" [date="2015-08-16"] [tags="[tag1, tag2]"]
# Install Jekyll Plugins. Do before running in local.
$ rake geminstall
# Run in Local
$ rake preview
This theme is released under MIT License.


--- Title: Challenge a parking fine Breadcrumb1_url: section-parking.html Breadcrumb1_title: Parking & Travel ---
If you think you have received a fine in error or have mitigating circumstances that you want to tell us about, you can challenge a parking fine. If you wish to challenge the fine then do not pay it.
You need to challenge a parking fine in writing. If you challenge your fine within 14 days of receiving it you will only pay the reduced amount even if your challenge is unsuccessful.
Challenge a parking fine onlineBy email -<EMAIL_ADDRESS>By post – Parking Services, Bath and North East Somerset Council, PO Box 5197, Bath, BA1 0UF
You will need to quote the number from your fine, which will start with BN. You will also need to clearly state the reasons why you want to challenge the fine. If you need help with this, you can call 01225<PHONE_NUMBER>5 477133 or visit a One Stop Shop.
If your challenge is rejected, you can appeal this decision. This is called making a formal representation. You do not need to have made a challenge to make a formal representation.
You will receive a letter 28 days after the fine was issued if no payment is made (called a Notice to Owner) and this will tell you how you can make a representation.
You will have a further 28 days from the date on the Notice to Owner letter to make a formal representation. You will need the web code printed on your Notice to Owner as well as your BN reference number and your vehicle registration number.
Make a representation onlineIf your representation is rejected, you will be notified of this by letter. This letter will also tell you how you can appeal this decision. The appeal will be dealt with by the Traffic Penalty Tribunal and their decision will be final.
If you want independent advice you please contact PATROL UK


Dinn:
Oh! you have gathered them. Everyone will be pleased.
Calculate the price of the dinosaur tissues. (5000 adena each)
Exchange for an A-grade and Dynasty Weapon recipe.
Stop.


TargetData
public class TargetData
A TargetData
encapsulates information about the data requirements of a
particular target architecture and can be used to retrieve information about
sizes and offsets of types with respect to this target.
-
Creates a Target Data object from an
LLVMTargetDataRef
object.Declaration
Swift
public init(llvm: LLVMTargetDataRef)
-
Declaration
Swift
public func offsetOfElement(at index: Int, type: StructType) -> Int
Parameters
type
The type of the structure to compute the offset with.
Return Value
The offset of the given element within the structure.
-
Declaration
Swift
public func elementAtOffset(_ offset: Int, type: StructType) -> Int
Parameters
type
The type of the structure to compute the offset with.
Return Value
The offset of the given element within the structure.
-
Computes the number of bits necessary to hold a value of the given type for this target environment.
Declaration
Swift
public func sizeOfTypeInBits(_ type: IRType) -> Int
Parameters
type
The type to compute the size of.
Return Value
The size of the type in bits.
-
Computes the minimum ABI-required number of bits necessary to hold a value of the given type for this target environment.
Declaration
Swift
public func abiSizeOfType(_ type: IRType) -> Int
Parameters
type
The type to compute the size of.
Return Value
The minimum ABI-required size of the type in bytes.
-
The current platform byte order, either big or little endian.
Declaration
Swift
public var byteOrder: ByteOrder
-
Creates a string representation of the target data.
Declaration
Swift
public var layoutString: String
-
The integer type that is the same size as a pointer on this target. This is analoguous to the
intptr_t
type in C++.Declaration
Parameters
context
The context in which to derive the type (optional).
addressSpace
The address space in which to derive the type.
Return Value
An IntegerType that is the same size as the pointer type on this target.
-
Computes the preferred alignment of the given global for this target
Declaration
Swift
public func preferredAlignment(of global: Global) -> Int
Parameters
global
The global variable
Return Value
The variable’s preferred alignment in this target
-
Computes the preferred alignment of the given type for this target
Declaration
Swift
public func preferredAlignment(of type: IRType) -> Int
Parameters
type
The type for which you’re computing the alignment
Return Value
The type’s preferred alignment in this target
-
Computes the minimum ABI-required alignment for the specified type.
Declaration
Swift
public func abiAlignment(of type: IRType) -> Int
Parameters
type
The type to whose ABI alignment you wish to compute.
Return Value
The minimum ABI-required alignment for the specified type.
-
Computes the minimum ABI-required alignment for the specified type.
This function is equivalent to
TargetData.abiAlignment(of:)
.Declaration
Swift
public func callFrameAlignment(of type: IRType) -> Int
Parameters
type
The type to whose ABI alignment you wish to compute.
Return Value
The minimum ABI-required alignment for the specified type.
-
Computes the ABI size of a type in bytes for a target.
Declaration
Swift
public func abiSize(of type: IRType) -> Int
Parameters
type
The type to whose ABI size you wish to compute.
Return Value
The ABI size for the specified type.
-
Computes the maximum number of bytes that may be overwritten by storing the specified type.
Declaration
Swift
public func storeSize(of type: IRType) -> Int
Parameters
type
The type to whose store size you wish to compute.
Return Value
The store size of the type in the given target.
-
Computes the pointer size for the platform, optionally in a given address space.
Declaration
Swift
public func pointerSize(addressSpace: Int? = nil) -> Int
Parameters
addressSpace
The address space in which to compute pointer size.
Return Value
The size of a pointer in the target address space.


Lost your password?
Contact your Emergency Support Services Director or the Local Authority for assistance.


Forest of the Lost [aq55], forest, in Imperia, peasants: 120
Last updated Turn #104
Forest of the Lost [aq55], forest, in Imperia, peasants: 120
------------------------------------------------------------------------
9: Whalebone [fe4m], ship, 6 hulls, 1 rowing port, 18 sails, 1% damaged,
9: arrived from Ocean [ar55], owner:
9: Toulouse [h1q], Pen, with 20 sailors, 15 lt. xbowmen,
9: accompanied by:
9: Jonathan [h9k], Pen, duke, with 12 skirmishers, 16 pikemen,
9: two peasants, nine soldiers
9: Halmary [f9m], Pen, with 15 lt. xbowmen
10: Whalebone [fe4m], ship, 6 hulls, 1 rowing port, 18 sails, 1% damaged,
10: departed for Ocean [aq54].
14: Stack of nazgul [dg4p], nazgul, number: 2, arrived from the east.
16: Stack of nazgul [dg4p], nazgul, number: 2, went east.
29: Stack of nazgul [bd4v], nazgul, number: 3, arrived from the east.
30: The population grows by one peasant.
Routes leaving Forest of the Lost:
North, to Ocean [ap55], The Inner Sea, 2 days
East, forest, to Forest of the Lost [aq56], 8 days
South, to Ocean [ar55], The Inner Sea, 2 days
West, to Ocean [aq54], The Inner Sea, 2 days
Seen here:
Stack of nazgul [gs7a], nazgul, number: 3
Stack of nazgul [ci9y], nazgul, number: 3
Stack of nazgul [bd4v], nazgul, number: 2


Course Outline: Introduction to Database Systems: Evolution of file processing systems, role of databases in organizations, core components of a database environment; Data Modeling: the Entity- Relationship Diagram and its symbols and constructs; The Relational Model and Normalization: relational model, normalization, transformation of an entity-relationship data diagram into a relational model; SQL - A Standard Navigation Language for Relational Databases; Overview of Object-Oriented Databases: object-oriented data model, implementation of object persistence using relational databases.


Inputs Analisis Report
Meta Information:
Result Filepath: {{ result_file }}
{% for file in input_files %}
Input Filepath: {{ file }}
{% endfor %}
Merging on:
{% for column in merging_cols %}
- {{ column }}
{% endfor %}
Matching id columns:
{% for column in matching_id_columns %}
- {{ column }}
{% endfor %}
Overall Assestment: {{ '%0.2f'|format(overall_percentage) }}
Closer to 1 is better, above 75% is good
Best Filter to Apply:
Column: {{ best_filter[0] }} ;
Filter Out: {{ best_filter[1] }} ;
Dtype: {{ best_filter[2] }}
Number of rows that would be filtered out: {{ best_filter[3] }} ;
percentage: {{ best_filter[4] }}
Columns usage
This is a high view metric to give you an idea of the amount of date you are reading from a file or DB that actually makes it to the final result.
Usually we do direct and indirect filtering in the report, when possible it is better to filter out when reading, so we don't waste memory, time loading and computation power on unecessary data.
The actual logic:
matching_rows = set(self.input_df[col].unique()).intersection(self.final_df[col].unique())
percentage = len(matching_rows) / len(self.input_df[col].unique())
{{ data_usage_plot }}
Filtering Quick Wins
This is the must useful part of the report
If you filter out this values you will gain speed.
Important note: for Id columns check their meaning in their related table to make sense of the filters
{% for col in filtering_quick_gains %}
Column
{{ col['column'] }},
with dtype: {{ col['dtype'] }};
unused rows being read: {{ col['useless_rows'] }}.
Filter out:
{%- for column in col['filter_out']|slice(2) %}
{%- for item in column %}
- {{ item }}
{%- endfor %}
{%- endfor %}
{% endfor %}
Multi column filters that you may consider:
{{ multi_columns_filter_df }}


×
Add Credit Card
×
Add Income
How much did you earn?
×
Add Expense
How much did you spend?
Category
Food
Clothes
Groceries
Entertainment
Transportation
Other
Financia
Pay
Income
Expense
Stocks
Welcome {{ user_name }}!
Logout
Welcome {{user_name}}!
Financia
Dashboard
$
Total Income
$
Total Expenses
Budget
White
Expenses
Blue
Net Income
Expenses
White
Food
Blue
Clothes
Pink
Groceries
Green
Transportation
Orange
Entertainment
Yellow
Other
Latest Expenses
Date of Transaction
Category
Transaction amount
{% for k in expense|reverse %}
{{ k.time }}
{{ k.description }}
${{ k.amount }}
{% endfor %}


PING PONG
Instructions:
Enter a number!
Numbers that are divisible by 3 are replaced with the word "Ping"
Numbers that are divisible by 5 are replaced with the word "Pong"
Numbers that are divisable by 15 are replaced with the word "Ping Pong"
Submit


Nyzo version 546 (commit on GitHub) adds a maximum performance score and improves the process that the client and Micropay server use to send transactions to the cycle.
This version affects the verifier, the client, and the Micropay server. It is not an urgent update. The modifications in this version were made in the development and testing of the version-1 blockchain update, and they are being released now to allow the next version to be more focused.
In VerifierPerformanceManager, a maximum score is now enforced. Various verifier issues with connectedness have caused some verifiers to have exceptionally high scores on other verifiers from which recovery would be impractical. These scores are not useful in removing problematic verifiers. For practical purposes, they are noise in the system. Enforcing this maximum allows the noise to be cleared and allows the verifier-performance system to function more accurately and efficiently.
In ClientTransactionUtil, the sendTransactionToExpectedBlockVerifier() method has been replaced with sendTransactionToLikelyBlockVerifiers().
The sendTransactionToExpectedBlockVerifier() method sent a transaction to the single in-cycle verifier that was expected to verify the block in which the transaction's timestamp is contained. The replacement method uses the same logic to determine which verifier should verify the block that includes the transaction, but it also sends the transaction to the verifiers in the positions just before and just after the expected verifier in the cycle. This allows the transaction to be successfully incorporated in the blockchain even if a single verifier is added or removed between the time the transaction is sent and the time the block is produced.
When a transaction is not accepted by a verifier, the response from that verifier is now displayed.
The MicropayEndpoint class, used by the Micropay server, also uses the new method of sending transactions to likely verifiers.


A large tourist town on the mainland, just north of the Greek island of Samos. A popular destination for cruise ships.
Position 37°52'N, 27°15.6'E.
For the full details on Turkey Formalities go here.
Customs and Immigration are at the Marina. The Harbour Office is in the town by the pier. Officials are reported to be very helpful and efficient and no agent requried here for clearing out.
Last updated June 2015.
An attendant will direct you to a berth in the large marina. There are laid moorings. Shelter is excellent, although some swell can penetrate the marina in very strong winds. A useful place to winter the boat.
Last updated March 2014.


"DIAMOND "(1.) A precious gem (Hebrews yahalom’, in allusion to its hardness), otherwise unknown, the sixth, i.e., the third in the second row, in the breastplate of the high priest, with the name of Naphtali engraven on it (Exodus 28:18; 39:11; R.V. marg., “sardonyx.”)(2.) A precious stone (Hebrews shamir’, a sharp point) mentioned in Jeremiah 17:1. From its hardness it was used for cutting and perforating other minerals. It is rendered “adamant” (q.v.) in Ezekiel 3:9, Zechariah 7:12. It is the hardest and most valuable of precious stones.
"DIAMOND "(1.) A precious gem (Hebrews yahalom’, in allusion to its hardness), otherwise unknown, the sixth, i.e., the third in the second row, in the breastplate of the high priest, with the name of Naphtali engraven on it (Exodus 28:18; 39:11; R.V. marg., “sardonyx.”)(2.) A precious stone (Hebrews shamir’, a sharp point) mentioned in Jeremiah 17:1. From its hardness it was used for cutting and perforating other minerals. It is rendered “adamant” (q.v.) in Ezekiel 3:9, Zechariah 7:12. It is the hardest and most valuable of precious stones.


{{ partial "head.html" . }}
{{ partial "nav.html" . }} {{ partial "hero.html" . }} {{ partial "despre-noi.html" . }} {{ partial "avantaje.html" . }} {{ partial "servicii.html" . }} {{ partial "aside.html" . }} {{ partial "contact.html" . }} {{ partial "modals.html" . }} {{ partial "js.html" . }}


Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV NEXT
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
K
L
M
N
O
P
Q
R
S
T
V
W
A
add(Instance)
- Method in class obviousx.io.weka.
ObviousWekaInstances
addDistinct(double, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances.ObviousWekaAttStats
addRow()
- Method in class obvious.weka.data.
WekaObviousTable
addRow(Tuple)
- Method in class obvious.weka.data.
WekaObviousTable
addTableListener(TableListener)
- Method in class obvious.weka.data.
WekaObviousTable
attribute(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
attribute(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
attribute(String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
attributeSparse(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
attributeStats(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
attributeToDoubleArray(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
B
beginEdit(int)
- Method in class obvious.weka.data.
WekaObviousTable
C
canAddRow()
- Method in class obvious.weka.data.
WekaObviousTable
canGet(String, Class<?>)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetBoolean(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetDate(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetDouble(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetFloat(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetInt(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetLong(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canGetString(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canRemoveRow()
- Method in class obvious.weka.data.
WekaObviousTable
canSet(String, Class<?>)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetBoolean(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetDate(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetDouble(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetFloat(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetInt(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetLong(String)
- Method in class obvious.weka.data.
WekaObviousTuple
canSetString(String)
- Method in class obvious.weka.data.
WekaObviousTuple
checkForAttributeType(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
checkForStringAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstances
checkInstance(Instance)
- Method in class obviousx.io.weka.
ObviousWekaInstances
classAttribute()
- Method in class obviousx.io.weka.
ObviousWekaInstance
classAttribute()
- Method in class obviousx.io.weka.
ObviousWekaInstances
classIndex()
- Method in class obviousx.io.weka.
ObviousWekaInstance
classIndex()
- Method in class obviousx.io.weka.
ObviousWekaInstances
classIsMissing()
- Method in class obviousx.io.weka.
ObviousWekaInstance
classValue()
- Method in class obviousx.io.weka.
ObviousWekaInstance
compactify()
- Method in class obviousx.io.weka.
ObviousWekaInstances
copy()
- Method in class obviousx.io.weka.
ObviousWekaInstance
copyInstances(int, Instances, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
createAttribute(String, Class<?>)
- Method in class obvious.weka.data.
WekaObviousTable
Creates weka Attribute.
createAttribute(String, Class<?>)
- Method in class obviousx.io.weka.
ObviousWekaLoader
Creates weka Attribute.
createAttributes()
- Method in class obviousx.io.weka.
ObviousWekaLoader
Creates attributes vector from an obvious table.
createInstances()
- Method in class obvious.weka.data.
WekaObviousTable
D
dataset()
- Method in class obviousx.io.weka.
ObviousWekaInstance
delete()
- Method in class obviousx.io.weka.
ObviousWekaInstances
delete(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteAttributeAt(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
deleteAttributeAt(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteAttributeType(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteStringAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteWithMissing(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteWithMissing(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
deleteWithMissingClass()
- Method in class obviousx.io.weka.
ObviousWekaInstances
E
endEdit(int)
- Method in class obvious.weka.data.
WekaObviousTable
enumerateAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstance
enumerateAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstances
enumerateInstances()
- Method in class obviousx.io.weka.
ObviousWekaInstances
equalHeaders(Instance)
- Method in class obviousx.io.weka.
ObviousWekaInstance
equalHeaders(Instances)
- Method in class obviousx.io.weka.
ObviousWekaInstances
F
fireTableEvent(int, int, int, int)
- Method in class obvious.weka.data.
WekaObviousTable
firstInstance()
- Method in class obviousx.io.weka.
ObviousWekaInstances
freshAttributeInfo()
- Method in class obviousx.io.weka.
ObviousWekaInstances
G
get(String)
- Method in class obvious.weka.data.
WekaObviousTuple
get(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getBoolean(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getBoolean(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getColumnType(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getDate(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getDate(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getDefault(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getDouble(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getDouble(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getFloat(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getFloat(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getInt(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getInt(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getLong(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getLong(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getRandomNumberGenerator(long)
- Method in class obviousx.io.weka.
ObviousWekaInstances
getRevision()
- Method in class obviousx.io.weka.
ObviousWekaInstance
Unused
getRevision()
- Method in class obviousx.io.weka.
ObviousWekaInstances
Unused
getRow()
- Method in class obvious.weka.data.
WekaObviousTuple
getRowCount()
- Method in class obvious.weka.data.
WekaObviousTable
getSchema()
- Method in class obvious.weka.data.
WekaObviousTable
getSchema()
- Method in class obvious.weka.data.
WekaObviousTuple
getString(String)
- Method in class obvious.weka.data.
WekaObviousTuple
getString(int)
- Method in class obvious.weka.data.
WekaObviousTuple
getTable()
- Method in class obvious.weka.data.
WekaObviousTuple
getTableListeners()
- Method in class obvious.weka.data.
WekaObviousTable
getUnderlyingImpl(Class<?>)
- Method in class obvious.weka.data.
WekaObviousTable
getValue(int, String)
- Method in class obvious.weka.data.
WekaObviousTable
getValue(int, int)
- Method in class obvious.weka.data.
WekaObviousTable
H
hasMissingValue()
- Method in class obviousx.io.weka.
ObviousWekaInstance
hasNext()
- Method in class obvious.weka.data.
WekaObviousTable.WekaObviousIntIterator
I
index(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
initialize(Instances, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
insertAttributeAt(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
insertAttributeAt(Attribute, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
instance(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
instancesAndWeights()
- Method in class obviousx.io.weka.
ObviousWekaInstances
isDate(Class<?>)
- Static method in class obviousx.io.weka.
ObviousWekaUtils
isEditing(int)
- Method in class obvious.weka.data.
WekaObviousTable
isMissing(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstance
isMissing(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
isMissingSparse(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
isNominal(Class<?>)
- Static method in class obviousx.io.weka.
ObviousWekaUtils
isNumeric(Class<?>)
- Static method in class obviousx.io.weka.
ObviousWekaUtils
isRelational(Class<?>)
- Static method in class obviousx.io.weka.
ObviousWekaUtils
isString(Class<?>)
- Static method in class obviousx.io.weka.
ObviousWekaUtils
isValid()
- Method in class obvious.weka.data.
WekaObviousTuple
isValidRow(int)
- Method in class obvious.weka.data.
WekaObviousTable
isValueValid(int, int)
- Method in class obvious.weka.data.
WekaObviousTable
K
kthSmallestValue(Attribute, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
kthSmallestValue(int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
L
lastInstance()
- Method in class obviousx.io.weka.
ObviousWekaInstances
loadData()
- Method in class obviousx.io.weka.
ObviousWekaLoader
Load data for weka Instances.
loadInstances()
- Method in class obviousx.io.weka.
ObviousWekaLoader
Loads the weka Instances from the Obvious table indicated in the constructor.
M
m_classIndex
- Variable in class obviousx.io.weka.
ObviousWekaInstances
meanOrMode(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
meanOrMode(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
mergeInstance(Instance)
- Method in class obviousx.io.weka.
ObviousWekaInstance
N
next()
- Method in class obvious.weka.data.
WekaObviousTable.WekaObviousIntIterator
nextInt()
- Method in class obvious.weka.data.
WekaObviousTable.WekaObviousIntIterator
numAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstance
numAttributes()
- Method in class obviousx.io.weka.
ObviousWekaInstances
numClasses()
- Method in class obviousx.io.weka.
ObviousWekaInstance
numClasses()
- Method in class obviousx.io.weka.
ObviousWekaInstances
numDistinctValues(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
numDistinctValues(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
numInstances()
- Method in class obviousx.io.weka.
ObviousWekaInstances
numValues()
- Method in class obviousx.io.weka.
ObviousWekaInstance
O
obvious.weka.data
- package obvious.weka.data
Package obvious.weka.data TODO document the package.
ObviousWekaInstance
- Class in
obviousx.io.weka
This class extends Weka Instance and allows to wrap an Obvious Tuple into a Weka Instance.
ObviousWekaInstance(Tuple, Instances)
- Constructor for class obviousx.io.weka.
ObviousWekaInstance
Constructor.
ObviousWekaInstances
- Class in
obviousx.io.weka
This class artificialy extends Weka Instances class.
ObviousWekaInstances(Table, String, FastVector, int)
- Constructor for class obviousx.io.weka.
ObviousWekaInstances
ObviousWekaInstances(Table, String)
- Constructor for class obviousx.io.weka.
ObviousWekaInstances
ObviousWekaInstances.ObviousWekaAttStats
- Class in
obviousx.io.weka
ObviousWekaInstances.ObviousWekaAttStats()
- Constructor for class obviousx.io.weka.
ObviousWekaInstances.ObviousWekaAttStats
ObviousWekaLoader
- Class in
obviousx.io.weka
This class allows to load an Obvious Table into a Weka Instances.
ObviousWekaLoader(Table)
- Constructor for class obviousx.io.weka.
ObviousWekaLoader
Constructor.
ObviousWekaUtils
- Class in
obviousx.io.weka
This class contains many static methods that allows to test if a Java type is numeric, a date, or nominal.
ObviousWekaUtils()
- Constructor for class obviousx.io.weka.
ObviousWekaUtils
obviousx.io.weka
- package obviousx.io.weka
Package obvious.io.data TODO document the package.
P
partition(int, int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
Q
quickSort(int, int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
R
randomize(Random)
- Method in class obviousx.io.weka.
ObviousWekaInstances
readInstance(Reader)
- Method in class obviousx.io.weka.
ObviousWekaInstances
relationName()
- Method in class obviousx.io.weka.
ObviousWekaInstances
remove()
- Method in class obvious.weka.data.
WekaObviousTable.WekaObviousIntIterator
removeAllRows()
- Method in class obvious.weka.data.
WekaObviousTable
removeRow(int)
- Method in class obvious.weka.data.
WekaObviousTable
removeTableListener(TableListener)
- Method in class obvious.weka.data.
WekaObviousTable
renameAttribute(Attribute, String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
renameAttribute(int, String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
renameAttributeValue(Attribute, String, String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
renameAttributeValue(int, int, String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
replaceMissingValues(double[])
- Method in class obviousx.io.weka.
ObviousWekaInstance
resample(Random)
- Method in class obviousx.io.weka.
ObviousWekaInstances
resampleWithWeights(Random, double[])
- Method in class obviousx.io.weka.
ObviousWekaInstances
resampleWithWeights(Random)
- Method in class obviousx.io.weka.
ObviousWekaInstances
revertToDefault(String)
- Method in class obvious.weka.data.
WekaObviousTuple
rowIterator()
- Method in class obvious.weka.data.
WekaObviousTable
rowIterator(Predicate)
- Method in class obvious.weka.data.
WekaObviousTable
S
select(int, int, int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
set(int, String, Object)
- Method in class obvious.weka.data.
WekaObviousTable
set(int, int, Object)
- Method in class obvious.weka.data.
WekaObviousTable
set(String, Object)
- Method in class obvious.weka.data.
WekaObviousTuple
set(int, Object)
- Method in class obvious.weka.data.
WekaObviousTuple
setBoolean(String, boolean)
- Method in class obvious.weka.data.
WekaObviousTuple
setBoolean(int, boolean)
- Method in class obvious.weka.data.
WekaObviousTuple
setClass(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
setClassIndex(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
setClassMissing()
- Method in class obviousx.io.weka.
ObviousWekaInstance
setClassValue(double)
- Method in class obviousx.io.weka.
ObviousWekaInstance
setDate(String, Date)
- Method in class obvious.weka.data.
WekaObviousTuple
setDate(int, Date)
- Method in class obvious.weka.data.
WekaObviousTuple
setDouble(String, double)
- Method in class obvious.weka.data.
WekaObviousTuple
setDouble(int, double)
- Method in class obvious.weka.data.
WekaObviousTuple
setFloat(String, float)
- Method in class obvious.weka.data.
WekaObviousTuple
setFloat(int, float)
- Method in class obvious.weka.data.
WekaObviousTuple
setInt(String, int)
- Method in class obvious.weka.data.
WekaObviousTuple
setInt(int, int)
- Method in class obvious.weka.data.
WekaObviousTuple
setLong(String, long)
- Method in class obvious.weka.data.
WekaObviousTuple
setLong(int, long)
- Method in class obvious.weka.data.
WekaObviousTuple
setRelationName(String)
- Method in class obviousx.io.weka.
ObviousWekaInstances
setString(String, String)
- Method in class obvious.weka.data.
WekaObviousTuple
setString(int, String)
- Method in class obvious.weka.data.
WekaObviousTuple
setValue(int, double)
- Method in class obviousx.io.weka.
ObviousWekaInstance
setValueSparse(int, double)
- Method in class obviousx.io.weka.
ObviousWekaInstance
sort(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
sort(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
stratify(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
stratStep(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
stringFreeStructure()
- Method in class obviousx.io.weka.
ObviousWekaInstances
stringWithoutHeader()
- Method in class obviousx.io.weka.
ObviousWekaInstances
sumOfWeights()
- Method in class obviousx.io.weka.
ObviousWekaInstances
swap(int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
T
testCV(int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
toDoubleArray()
- Method in class obviousx.io.weka.
ObviousWekaInstance
toString()
- Method in class obviousx.io.weka.
ObviousWekaInstance
toString()
- Method in class obviousx.io.weka.
ObviousWekaInstances
toStringNoWeight()
- Method in class obviousx.io.weka.
ObviousWekaInstance
toSummaryString()
- Method in class obviousx.io.weka.
ObviousWekaInstances
trainCV(int, int, Random)
- Method in class obviousx.io.weka.
ObviousWekaInstances
trainCV(int, int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
V
value(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstance
value(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
valueSparse(int)
- Method in class obviousx.io.weka.
ObviousWekaInstance
variance(Attribute)
- Method in class obviousx.io.weka.
ObviousWekaInstances
variance(int)
- Method in class obviousx.io.weka.
ObviousWekaInstances
W
WekaObviousTable
- Class in
obvious.weka.data
An implementation of Obvious Table based on Weka.
WekaObviousTable(Instances)
- Constructor for class obvious.weka.data.
WekaObviousTable
Constructor.
WekaObviousTable(Schema)
- Constructor for class obvious.weka.data.
WekaObviousTable
Constructor.
WekaObviousTable.WekaObviousIntIterator
- Class in
obvious.weka.data
WekaObviousTable.WekaObviousIntIterator(Instances)
- Constructor for class obvious.weka.data.
WekaObviousTable.WekaObviousIntIterator
Constructor.
WekaObviousTuple
- Class in
obvious.weka.data
This class wraps Weka Instance -that composed Weka Instances- into an Obvious Tuple.
WekaObviousTuple(Instance)
- Constructor for class obvious.weka.data.
WekaObviousTuple
Constructor
A
B
C
D
E
F
G
H
I
K
L
M
N
O
P
Q
R
S
T
V
W
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV NEXT
FRAMES
NO FRAMES
All Classes
Copyright © 2011. All Rights Reserved.


TWISTER A film review by Robin Redcrest Copyright 1996 USPAN
The URL of this review is http://moviereviews.com/janesreviews/twister.html
Rating: 3.5 (out of 4)
Ladies and gentlemen, start your engines - the summer blockbuster season has begun!
And, begun with a bang and a flourish and big gust of wind, courtesy of the team of Stephen Spielberg, Kathleen Kennedy and Michael Crichton. Been a while since a movie has made me sweat, but I walked out of "Twister" with sore muscles from clenching the armrests, and some unsightly stains on the underarms of my sweatshirt.
I've heard it said that the special effects are the stars of this movie. No question but what they are spectacular, and a large part of the reason for the nail biting suspense. But a lot of the credit for the intensity of this film has to go to Helen Hunt. Willing to ride right into the eye of the storm, it's her intensity, bravery and ability to look life square in the face that takes you places a movie doesn't normally go.
Usually, if a woman is a hero in an action film, she's an Amazon. Grace Jones comes to mind - a not quite human woman, and therefore a cinematically acceptable hero. Hunt has none of that. You learn at the beginning that she's motivated to be a storm chaser because of seeing her father swept out of the family storm cellar during a tornado in the mid-60s. She's got a core of sadness, but she's driven and focused and passionate about her work. Now that's a reasonable motivation.
Her mission is to lead a motley band of other scientists to make the first tornado sensor designed to be sucked up into the funnel for precise data gathering. The rest of her team, are guys, who seem to have not one ounce of angst about working for a woman. It's clear that they'd rather be working for her than for the well funded, souless male competitor who's vans all match and who hogs all of the TV cameras in his efforts to beat her to the punch. I don't blame them. I liked her. They obviously do too. No big deal.
Enter the sub plot of the fact that she co-invented this wonder device with her soon to be ex-husband, the highly appealing Bill Paxton. He comes to get her to sign the divorce papers and stays to help her launch the sensor. Paxton is equally - and I truly mean equally - as strong a character. It's clear why they a) really love each other and b) have a tough time living together. Two people who are this smart and this dedicated have to run into power struggles.
But the struggles are real. They aren't some trumped up guys versus gals type of thing that has to end in the woman capitulating to the man's sensitive ego. They're the struggles of two human beings trying to figure out where they each belong in life and caring so much about each other that confronting their lack of ability to work it out hurts way more than just separating.
Here's a switch - what causes this to work is Hunt's combination of brains and fearlessness and Paxton's instincts. Thanks to Spielberg and his camp for giving us a female hero with brains and a male hero with intuition. And for making that part of the movie no big deal, just part of a really good story.
It's well written, (mostly) and well acted, by folks it's very easy to care about. See this movie for a fabulous story about people with heart achieving the impossible and winding up winners.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The application understood your request but was unable to respond.
Please check application logs for more details.


Problem
The
AnimateWindow()
API with the
AW_BLEND
parameter is supposed to fade in and out windows
smoothly. Basically, it has two drawbacks:
- Text and ListView controls (and several others) aren't rendered
correctly during fade-in.
- You cannot specify a translucency for the window, i.e., after the
animation is over, the window is opaque.
Clicking 'No' in the
sample project demonstrates both problems.
Workaround?
There seemed to be a simple workaround for this:
Adding the
WS_EX_LAYERED
extended style to the window and
calling
SetLayeredWindowAttributes()
with the desired alpha
value, as described in the MSDN Library and in various other sources.
Unfortunately, this didn't work either, at least on my XP Pro system. The
code produced a very nasty flickering: the window area was initially
black.
Solution
The following code shows how to fade in a dialog to a
predefinded translucency without flickering:
INT_PTR CALLBACK DialogProc(
HWND hwndDlg,
UINT uMsg,
WPARAM wParam,
LPARAM lParam
)
{
RECT rcDesktop;
RECT rcMe;
BYTE bTranslucency;
const DWORD ANIMATION_MILLIS = 200;
const BYTE TRANSLUCENCY = 192;
const BYTE TRANSLUCENCY_STEP = 16;
const DWORD TRANSLUCENCY_TIMEOUT
= TRANSLUCENCY_STEP * ANIMATION_MILLIS / TRANSLUCENCY;
switch (uMsg) {
case WM_INITDIALOG:
::SetWindowLong(hwndDlg, GWL_EXSTYLE,
::GetWindowLong(hwndDlg, GWL_EXSTYLE) | WS_EX_LAYERED);
::SetLayeredWindowAttributes(hwndDlg, 0, 0, LWA_ALPHA);
::ShowWindow(hwndDlg, SW_SHOW);
::RedrawWindow(hwndDlg, NULL, NULL, RDW_UPDATENOW);
for (bTranslucency = 0; bTranslucency < TRANSLUCENCY;
bTranslucency+=TRANSLUCENCY_STEP) {
::SetLayeredWindowAttributes(hwndDlg, 0, bTranslucency, LWA_ALPHA);
::Sleep(TRANSLUCENCY_TIMEOUT);
}
::SetLayeredWindowAttributes(hwndDlg, 0, bTranslucency, LWA_ALPHA);
break;
}
return 0;
}
Note that the call to
ShowWindow()
is usually done by
the
CreateDialogXXX()
functions if the dialog template has
the
WS_VISIBLE
style set. For our purposes, we have to do it
right here in response to the
WM_INITDIALOG
message.


Package javax0.wtf.simple
Class SimpleStep
- java.lang.Object
-
- javax0.wtf.simple.SimpleStep
-
- All Implemented Interfaces:
HasDefinition<StepDefinition>
,Step
public class SimpleStep extends java.lang.Object implements Step
- Author:
- Peter Verhas
-
-
Constructor Summary
Constructors Constructor Description SimpleStep()
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description Action[]
getActions()
Get the actions that can be performed from this step.StepDefinition
getDefinition()
Get the definitionWorkflow
getWorkflow()
Get the workflow instance that this step belongs to.void
setDefinition(StepDefinition stepDefinition)
void
setWorkflow(Workflow workflow)
-
-
-
Method Detail
-
setWorkflow
public void setWorkflow(Workflow workflow)
-
getWorkflow
public Workflow getWorkflow()
Description copied from interface:Step
Get the workflow instance that this step belongs to.- Specified by:
getWorkflow
in interfaceStep
- Returns:
- the workflow instance.
-
setDefinition
public void setDefinition(StepDefinition stepDefinition)
-
getDefinition
public StepDefinition getDefinition()
Description copied from interface:HasDefinition
Get the definition- Specified by:
getDefinition
in interfaceHasDefinition<StepDefinition>
- Returns:
- the specific definition
-
getActions
public Action[] getActions() throws java.lang.ClassNotFoundException, java.lang.IllegalAccessException, java.lang.InstantiationException
Description copied from interface:Step
Get the actions that can be performed from this step. The returned array contains only the actions for which the condition methodcanBePerformed
returns true.- Specified by:
getActions
in interfaceStep
- Returns:
- the array of executable actions
- Throws:
java.lang.ClassNotFoundException
java.lang.IllegalAccessException
java.lang.InstantiationException
-
-


Talk by Naren Arya @ Knowlarity Communcations
twitter @Narenarya3
Github @narenaryan
Riak is a database that helps any business by supporting these 4 features
Companies rely on data to power their day-today operations. Even minutes of application downtime can mean lost sales, a poor user experience, and a bruised brand.This can add up to millions in lost revenue
Different than traditional relational databases and other “NoSQL” (non-relational) databases, Riak offers benefits of enormous availability, replication and monitoring – all in a highly distributed deployment
Data distrbution is achieved through two things.
Replication
Partition
Brewer's CAP Theorom states that CAP loosely states that you can have a C (consistent), A (available), or P (partition-tolerant) system, but you can only choose any 2 of them at a particular time.
more than that....
Yes, Riak has six official clients for Major programming languages.
Python is in first three clients Riak 1.0 supported.
import riak
client = riak.RiakClient()
bucket = client.bucket('developers')
person = bucket.new('python_developer_1', data={
'name': 'Naren',
'age': 22,
'company': 'Mr. Startup!',
})
person.store()
RiakClient - creates a client connnection to Database
bucket - Creates a bucket if not exists, else uses it
new - creates a new key-value data pair
RiakClient - Stores key-value pair in database
get - Fetches a bucket data row using key
get_data - Fetches value associated for that key
import riak
client = riak.RiakClient()
bucket = client.bucket('developers')
naren = user_bucket.get('python_developer_1')
naren_dict = naren.get_data()
RiakClient()
RiakClient(protocol='http', host='<IP_ADDRESS>', http_port=8098)
RiakClient(nodes=[{'host':'<IP_ADDRESS>','http_port':8098}])
Nodes are the remote systems or virtual containers running Riak Servers . When your data size is increasing grow your data horizontally by allocating more nodes to cluster
Riak Search 2.0 is an integration of Solr (for indexing and querying) and Riak (for storage and distribution).It has search capability on distributed riak servers
results = client.fulltext_search('famous', 'name_s:Lion*')
print results
print results['docs']
Riak has a very good support for map-reducing of big data
The advantages of using Riak and Python are:
You should not use Riak


Home
About
Products
Blog
Contact
Contact Us
Please fill out the forms below and we'll get back to you.
Name:
Email:
Comment:
Enter your comment here.


--- layout: page title: "404" permalink: /404 comments: false ---
Ooops something went wrong 😞
I suggest you go home ... it's 404 and it's getting dark!


47 references to PSObject
System.Management.Automation (47)
engine\AutomationNull.cs (1)
29
public static PSObject Value { get; } = new
PSObject
();
engine\CmdletParameterBinderController.cs (1)
492
PSObject result = new
PSObject
();
engine\GetCommandCommand.cs (5)
1545
PSObject showCommandInfo = new
PSObject
();
1558
PSObject moduleInfo = new
PSObject
();
1588
PSObject parameterSetObj = new
PSObject
();
1604
PSObject parameterObj = new
PSObject
();
1631
PSObject returnParameterType = new
PSObject
();
engine\Modules\PSModuleInfo.cs (1)
1388
PSObject obj = new
PSObject
();
engine\MshObject.cs (1)
559
public PSObject(int instanceMemberCapacity) :
this
()
engine\remoting\commands\CustomShellCommands.cs (1)
3782
PSObject result = new
PSObject
();
engine\remoting\common\WireDataFormat\EncodeAndDecode.cs (1)
619
PSObject pso = new
PSObject
();
engine\serialization.cs (4)
1556
PSObject psoClass = new
PSObject
();
1616
PSObject instanceMetadata = new
PSObject
();
3718
PSObject sh = new
PSObject
();
7306
PSObject psoInvocationInfo = new
PSObject
();
help\AliasHelpInfo.cs (1)
23
_fullHelpObject = new
PSObject
();
help\DefaultCommandHelpObjectBuilder.cs (18)
57
PSObject obj = new
PSObject
();
160
PSObject mshObject = new
PSObject
();
172
PSObject descriptionObject = new
PSObject
();
192
PSObject mshObject = new
PSObject
();
216
PSObject mshObject = new
PSObject
();
263
PSObject mshObject = new
PSObject
();
339
PSObject paramValueGroup = new
PSObject
();
359
PSObject paramsObject = new
PSObject
();
385
PSObject paramObject = new
PSObject
();
551
PSObject mshObject = new
PSObject
();
633
PSObject inputTypesObj = new
PSObject
();
638
PSObject inputTypeObj = new
PSObject
();
643
PSObject typeObj = new
PSObject
();
661
PSObject returnValuesObj = new
PSObject
();
666
PSObject returnValueObj = new
PSObject
();
671
PSObject typeObj = new
PSObject
();
753
PSObject navigationLinkObj = new
PSObject
();
789
PSObject relatedLinksObj = new
PSObject
();
help\MamlNode.cs (5)
196
return new
PSObject
();
261
PSObject mshObject = new
PSObject
();
757
PSObject mshObject = new
PSObject
();
914
PSObject mshObject = new
PSObject
();
1025
PSObject mshObject = new
PSObject
();
help\MamlUtil.cs (2)
308
object propertyValue = (i < path.Length - 1) ? new
PSObject
() : null;
322
propertyInfo.Value = new
PSObject
();
namespaces\FileSystemProvider.cs (3)
6232
result = new
PSObject
();
6331
PSObject results = new
PSObject
();
6545
PSObject result = new
PSObject
();
namespaces\RegistryProvider.cs (3)
1812
PSObject propertyResults = new
PSObject
();
2009
PSObject result = new
PSObject
();
3781
PSObject result = new
PSObject
();


This demo is nowhere near complete!
projection 1Projection:
or select
Name:
Class:
Datum:
Coordinates:
|
CommonProjection:
Name:
Class:
Datum:
Coordinates:
|
projection 2Projection:
Name:
Class:
Datum:
Coordinates:
|


Education
Bachelor of Science - Computer Science
- University of Northern British Columbia
- Graduated 2016
Notable Coursework
- Advanced Database Systems
- Explored topics such as database management, query processing and optimization, transaction management, database system architecture, and data analysis
- Artificial Intelligence
- Studied pattern recognition, neural networks, and genetic algorithms. Designed and experimented with a Rubik's cube solving neural network, which was trained using both stochastic backpropagation and a genetic algorithm
- Advanced Linear Algebra
- Expanded on the topics normally covered in linear algebra such as vector spaces, eigenvalues, diagonalization, and linear transformations over the real numbers, complex numbers, and generic fields
Job Experience
Database Administrator
- University of Northern British Columbia - Prince George, BC
- February 18th, 2018 - Present
-
- Responsibilities:
- Administration, Automation, and Operations for:
- Oracle, MySQL, and PostgreSQL Databases
- Python and Jenkins build pipeline for Java application
- Kubernetes Clusters
Programmer Analyst
- University of Northern British Columbia - Prince George, BC
- October 20th, 2016 - February 18th, 2018
-
- Responsibilities:
-
- SQL Reporting
- Python, C#, and NodeJS Development
- Docker Image Development
- Continuous Integration
Accomplishments
- Created a fast feedback loop for developers and improved deployment quality by implementing CI/CD pipelines
- Reduced operations costs by advising vendors on Docker image best practices and offloading Docker image maintenance to them
- Improved code portability and reduce development costs by architecting on-premise Kubernetes clusters for the deployment of a Java application stack
- Automated deployments of reverse proxy configurations using the F5 iControl REST API as a part of CI/CD pipelines
- Accelerated delivery times and enhanced system dependability by introducing Ansible configuration management to the infrastructure team
References
References available upon request


 Let's enjoys the journe
y
(sicklycycling_06)


Contributing¶
In order to contibute to this repository you will need developer access to this repo. To know more about the project go to the README first.
Install Dev environment¶
From the root of this repo, run
conda env create -f environment_dev.yaml
Pre-commit hooks¶
Pre-commits hooks have been configured for this project using the pre-commit library:
To get them going on your side, make sure to have python installed, and run the following commands from the root directory of this repository:
pip install pre-commit
pre-commit install
pre-commit run --all-files
Coding conventions¶
Please respect the following conventions to contribute to the code:
Use hard wrap at 88
Respect black, isort and flake8 conventions
Classes’ names are Caml case (example: MyClass)
Functions and variables are in lower case with _ as separator (example: my_function, my_var)
Names are explicit: avoid mathematical notations, functions’ names start with a verb
Use python typing library: each class and method should be typed (both for inputs and outputs)
Create custom types if needed
All classes and functions should have a docstring
Avoid repeating arguments and returns in docstring (should be explicit with the types) except when it is truly necessary
A function (or a class) does not take more than 5 arguments, if you need more create a data class
Avoid dictionaries to pass arguments when possible and prefer dataclasses instead
Repeat inputs names when calling a function: ex: compute_custom(arg1=arg1, arg2=my_arg2)
Use list comprehension when it is possible
Use f strings to add variables in strings: ex: print(f’my var value is {my_var}’)
Use PathLib to handle pathes
Prefer shutil to os to manage files/ folders creations and deletions


I am a lapsed neuroscientist living in Chicago. I am currently exploring the vast universe of data science, machine learning and web development.


KickOptions class
class KickOptions implements js.Serializable<js.Proxy> { final js.Proxy _proxy; js.Proxy toJs() => _proxy; KickOptions() : this._(new js.Proxy(js.context.Object)); KickOptions._(this._proxy); set frequency(Float32List frequency) => js.array(_proxy.frequency = frequency); set threshold(num threshold) => _proxy.threshold = threshold; set decay(num decay) => _proxy.decay = decay; set onKick(KickOnOffCallback onKick) => _proxy.onKick = onKick; set offKick(KickOnOffCallback offKick) => _proxy.offKick = offKick; }
Implements
Serializable<Proxy>
Constructors
new KickOptions() #
Creates a new Object
instance.
Object
instances have no meaningful state, and are only useful
through their identity. An Object
instance is equal to itself
only.
docs inherited from Object
KickOptions() : this._(new js.Proxy(js.context.Object));
Properties
dynamic set decay(num decay) #
set decay(num decay) => _proxy.decay = decay;
dynamic set frequency(Float32List frequency) #
set frequency(Float32List frequency) => js.array(_proxy.frequency = frequency);
dynamic set offKick(KickOnOffCallback offKick) #
set offKick(KickOnOffCallback offKick) => _proxy.offKick = offKick;
dynamic set onKick(KickOnOffCallback onKick) #
set onKick(KickOnOffCallback onKick) => _proxy.onKick = onKick;
dynamic set threshold(num threshold) #
set threshold(num threshold) => _proxy.threshold = threshold;
Methods
Proxy toJs() #
js.Proxy toJs() => _proxy;


Priestley timeline chart
Great when date and duration are key elements of the story in the data
Some useful settings in the index.js
- interval – options available are "century","jubilee" (50 years), decade", "lustrum" (5 years), "years","months","days"
- sort – use this to sort the columns into order, your options are – 'ascending', 'descending'
- sortOn – use this to sort the column groups into order – specify the column number to sort on (ignore name column)
- showRects – set to true to make your Priestley timeline like a bar chart
- showMarkers – set to true to make your Priestley timeline like a dot plot
- showLines – set to true to connect markers
Non-responsive chart
Responsive image set


+
Drag and drop the blue pin to your home location. Drag and drop the purple pin to your desired new office location. Then click the button to add your name, adjust the radius limits of your entered locations, and submit your vote! If you would prefer to enter a specific address, for your home or work location, they can be input as well.
Let's say you want to work anywhere downtown, increase the radius to cover all of downtown.
So far, {{outputDBCountRes}} people, have voiced their opinion. Where do you want to work?
Please try back in a bit...


| Opcode*/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| NP 0F AE /3 STMXCSR m32 | M | V/V | SSE | Store contents of MXCSR register to m32. |
| VEX.LZ.0F.WIG AE /3 VSTMXCSR m32 | M | V/V | AVX | Store contents of MXCSR register to m32. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| M | ModRM:r/m (w) | NA | NA | NA |
Stores the contents of the MXCSR control and status register to the destination operand. The destination operand is a 32-bit memory location. The reserved bits in the MXCSR register are stored as 0s.
This instruction’s operation is the same in non-64-bit modes and 64-bit mode.
VEX.L must be 0, otherwise instructions will #UD.
Note: In VEX-encoded versions, VEX.vvvv is reserved and must be 1111b, otherwise instructions will #UD.
m32 ← MXCSR;
_mm_getcsr(void)
None.
See Exceptions Type 5; additionally
| #UD | If VEX.L= 1, |
| If VEX.vvvv ≠ 1111B. |


--- title: Officially Winter date: 2015-12-30 00:00:00 -07:00 categories: - whats-blooming layout: post blog-banner: whats-blooming-now-winter.jpg post-date: December 30, 2015 post-time: 11:45 AM blog-image: wbn-default.jpg ---
Winter Flame Dogwood Cornus sanguinea 'Winter Flame'
Here is an example of a very fitting plant name.
Arizona Cypress Cupressus arizonica var. glabra
Old peeling bark with a pinkish tint provides a great contrast to the new grayish-green bark underneath.
Compact Oregon Grapeholly Mahonia aquifolium 'Compacta'
The dark magenta leaves are so fitting in the winter scenery.
Korean Mountain Ash Sorbus alnifolia
It looks like no one told this tree that it is winter, shhh... let's keep it a secret.


Click here to place a new order
This is an order for the following tier(s):
Tier 2 -
$7291
The following rings have been removed: (already subtracted from the tier cost above)
The following rings have been added:
CC9B15(NS)/METEORITE
ROCK POLISH
394
D8F11ANGLED/SS
ACID/POLISH
239
The following other items have been added:
DISPLAY CASE WB
WHITE/BLUE
0
RING SIZER FREE
0
THE KNOT - 1YR
1500
The following custom items have been added:
Your sub-total is:
$9424
New Partner
Date: 2015-03-26
Store Name: Billy's
Last Name: The Kid
First Name: Billy
Address: 2384595 dsg
Phone: 39458923
e-mail: sdlfjl
Terms: Net 30
Notes:
Sales Rep: Charles Nielson
Sales Rep e-mail<EMAIL_ADDRESS>Your shipping costs are $50
Order Total: $9474


"Quills"
During the Reign of Terror of the French Revolution, the infamous Marquis de Sade (Geoffrey Rush) narrowly avoided an appointment with Madame Guillotine. Instead of losing his head, the randy aristocrat was given over to the care of Abbe Coulmier (Joaquim Phoenix), the head of the Charenton Asylum for the Insane. The Marquis, whose writings were sexually inflammatory, produced some of his most notorious works with the unwitting help of the Abbe and the more than willing help of Madeleine (Kate Winslet), a smart, inquisitive laundress at the asylum in director Philip Kaufman's "Quills."
Philip Kaufman doesn't make a lot of movies. He certainly is not known for his ability to "crank out" films on a quick and regular basis. Instead, the helmer provides quality, and sometimes groundbreaking work, like the paean to America's space program, "The Right Stuff," and his controversial, NC-17 (the very first movie rated as such) "Henry & June." Now, he adapts the play by Doug Wright (who also wrote the screenplay) on the last, imprisoned years of one of the most famous authors and men of his time.
Today, the word sadism - which refers to sexual pleasure derived from pain - draws a picture in our minds of a man who has forsaken propriety for the satiation of his carnal and prurient pleasures. The Marquis de Sade may have epitomized the definition of the word that bears his name, but scripter Wright takes us down a very different path in his examination of a man who, at the very basis of he accomplished, was the devout proponent for the freedom of speech and artistic creativity.
We first meet Sade as the guillotine is falling on those hapless folks who were on the wrong side of the Revolution. The story begins with the Marquis telling what sounds like a bawdy story of a comely young woman only to have the action change from lustiness to carnage as the razor sharp blade of the guillotine snuffs out her life. It's a shocking opening to a film that proceeds to tell us about the man, Sade, who is compelled to tell his tales in a way that both shocks and titillates the reader. His unwillingness to compromise his work causes his imprisonment (in relative luxury) by the leaders of the revolt. His brief stint of freedom, following the Revolution, is ended when he is committed to the Charenton Asylum by the Emperor Napoleon for publishing erotic novels.
Wright's screenplay follows the last years of Sade as the man subverts the system that imprisons him by secretly spiriting new manuscripts to his publishers with the help of Madeleine, the laundress. Sade and Madeleine form a chaste, though laden with sexuality, relationship that allows the confined aristocrat a distraction from his confinement. Madeleine proves to be extraordinarily intelligent, learning to read and write from the Abbe, and using her education to read Sade's 'scripts to the unwashed masses working at the asylum. (Madeleine is kind of like an 18th century book on tape.) With her help, and the unknowing cooperation of the na´ve Abbe, one of Sade's most notorious works, Justine, hits the streets, eventually falling into the hands of Napoleon, who "leafed through the most abominable book that a depraved imagination ever conceived."
The Emperor's less than kindly attention results in the assignment of Dr. Antoine Royer-Collard (Michael Caine) to act as "advisor" to the Abbe. The doctor's methods of treatment for "psychiatric" patients crosses the border to the barbaric, making the viewer wonder who the true sadist is. During this period, the Abbe is ordered to curb the work coming from Sade's cell and the cleric begins by removing all the author's quills (hence, the title), ink and parchment. Not one to be easily stymied in his creativity, Sade uses chicken bones and red wine as his writing implements and his sheets as paper to get his stories out to Madeleine. When even these meager tools re removed, the resourceful Marquis uses bits of broken glass as pens, his blood for ink and his very clothes for parchment. Besides the obvious free speech theme of the story, you also get the moral that you can't keep a good man down.
The acting amongst the three principles - Rush, Winslet and Phoenix - is superb. There is a triangle of sorts but in a different way than one would expect. Sade and Madeleine have a teacher/student relationship through most of the film. It's not that the randy-minded marquis wouldn't like to jump the pretty laundress's bones, he respects her too much to insult her or drive her away. Madeleine and the Abbe also have a flirtatious relationship, but, again, one that remains chaste through to the tragic end. Sade and Abbe Coulmier strike up a long-term friendship with the enlightened priest allowing Sade to oversee Charenton's theater as a form of therapy. Each of the actors puts a convincing spin on their perfs with Rush standing tallest. Caine's Royer-Collard is the symbol of the oppression of free expression and isn't allowed beyond the symbolic nature of the character. The members of the asylum provide an interesting, sometimes bizarre, backdrop.
The claustrophobic feel of the play is carried to the screen and is effective in showing the imprisonment of the remarkable marquis. I found it to be a bit too constrained, not translating to the big screen as well as other plays turned screenplays, like "One Flew Over the Cuckoo's Nest." But, this is a minor complaint on a uniformly solid work.
Tech credits are exemplary with production designer Martin Childs lending his Oscar-winning talents in creating the Marquis's prison as it deteriorates from comfortable chambers to a bare prison cell. Costuming, by Jacqueline West, isn't pretty - it does take place in an insane asylum, after all - but it certainly fits the tone and period of the story. Newcomer to American film, lenser Rogier Stoffers, captures the claustrophobic feel of Sade's prison.
Philip Kaufman may not come out with a film but once every several years, but they are worth waiting for. The quality work in "Quills" is no exception and worth the effort. You won't get big, flash F/X and explosions or lines like "I'll be back," but you will get a thought provoking yarn about a man whose name is in the dictionary. How many people can you say that about. I give it a B+.
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Dialog examples
Two different ways to create modal dialogs.
Please note that Spectrum Dialogs API is still a work in progress.
dialog
sp-dialog
Use with caution!
Spectrum Dialogs are still undocumented, yet available in PS-release.
Be aware that this possibility exists and keep an eye on the Documentation.
Ok


| Forum | Last Post | Threads | Posts | |
| Section one | ||||
|
ITQalam Official Contest Section Thread will be shown after Staff approval
|
22 | 1,835 | ||
|
Here you will find information about the forum.
|
90 | 1,158 | ||
| Section two | ||||
|
News & Announcements
(2 Viewing)
All News About Forum Goes Here.....
|
821 | 15,316 | ||
|
Test Forum
(1 Viewing)
New Members Help Center about using ITQalam Forum.
|
34 | 723 | ||


This mean that the AST (Abstract Syntax Tree) analysis as emitted one or many warnings ! There is many different kind of warning:
Example if your package contains a .js file with the following content:
Then the AST analysis will return fs, path and
./lib as required dependencies. The code will not be considered
suspicious !
But if we take a look at a malicious code example:
This code require the core package http but the AST analysis is not capable to get it (not yet 😁). So the code will be flagged as "suspect".
RegEx are dangerous and could lead to ReDos attack. This warning is emitted when the package safe-regex return true.
The AST Analysis has failed (return the stack trace of nsecure).


{% extends "withnav_template.html" %} {% from "components/page-footer.html" import page_footer %} {% from "components/copy-to-clipboard.html" import copy_to_clipboard %} {% block service_page_title %} New API key {% endblock %} {% block maincolumn_content %}
Copy your key to somewhere safe.
You will not be able to see it again once you leave this page.


-
tables
Instruction to Create a New Webpage on the production server
- Create your 2 files in your respiritory account by typing "gedit main.css" and "gedit index.html".
- In the index type the html code for creating the web page, which the format can be found on google.
- Go back to the terminal and type "python -m SimpleHTTPServer"
- Go back to google, at the url bar, type "localhost:8000", which will enbled you to see your work process that you are working on.
- In additional, if you want to add any extra decoration, you can go to main.css folder and type the css code that will make change in your webpage. However, the code can be found in google.
5 Links to websites with useful webdesign related information.
- HTML CODE
- CSS CODE
- FONT CODE
- HTML COLOR
- CSS SYNTAX


http://docutils.sourceforge.net/docs/ref/rst/restructuredtext.html A heading ######### :field: A field On another line, *with inline* **markup**. :py:field: A field with a colon (not handled correctly, currently) :and space: .. comment text .. multi-line comment text again .. also multiline comment .. .. directive:: argument another :option: value Directive content. .. py:function:: a directive with a colon :py:option: an option with a colon (not handled correctly, currently) :option a: an option with a space .. code-block:: A code block .. code:: But this is a code block, too. Inline ``code``, :ref:`interpreted role`, `trailing`:ref:, :py:ref:`role with a colon`. The `default interpreted role` and regular text after. A reference_, `link <https://kde.org>`_ Plain link: https://kde.org. A footnote reference [1]_. .. [1] Footnote content A text block. Block quote -- attribution - A list - Another item - Sub item - More 1. Ordered 2. list Definition title Definition description Definition title Definition description (``code between parentheses``)


|
Embedded Artistry Framework
Embedded Systems C++ Framework
|
Definitions, functions, and classes related to SPI communication bus devices. More...
Classes | |
| class | activeMaster |
| class | master |
| This class provides the SPI master interface definition. More... | |
| struct | op_t |
| SPI operation definition. More... | |
Typedefs | |
| using | ao_storage = std::pair< embvm::spi::op_t, const embvm::spi::master::cb_t > |
| using | baud_t = uint32_t |
| SPI baudrate is specified as an integral value with units Hz. More... | |
| using | status = embvm::comm::status |
| using | commBus = commBus< spi::op_t, spi::baud_t, spi::SPI_MASTER_REQD_STATIC_FUNCTION_SIZE > |
| Convenience alias for the declaration of the SPI commBus. More... | |
Enumerations | |
| enum | mode : uint8_t { mode::mode0 = 0, mode::mode1 = 1, mode::mode2 = 2, mode::mode3 = 3 } |
| SPI bus operational modes. More... | |
| enum | order : uint8_t { order::msbFirst = 0, order::lsbFirst } |
| SPI bus transmission order options. More... | |
Variables | |
| static constexpr size_t | SPI_MASTER_REQD_STATIC_FUNCTION_SIZE = 80 |
| Maximum size of the SPI master callback functor object. More... | |
| static constexpr spi::baud_t | DEFAULT_SPI_BAUD = UINT32_C(125000) |
| Default baudrate, which is used in the default constructor. More... | |
Definitions, functions, and classes related to SPI communication bus devices.
| struct embvm::spi::op_t |
SPI operation definition.
The SPI bus is full-duplex and always transmits and receives simultaneously.
A TX operation involves a valid tx_buffer pointer with rx_buffer set to nullptr.
An RX operation involves a valid rx_buffer pointer with tx_buffer set to nullptr. When tx_buffer is set to nullptr, the driver should clock out empty bytes.
An equal number of bytes are transmitted and received during a SPI transaction. The transfer size is controlled by the length argument.
| Class Members | ||
|---|---|---|
| size_t | length | Number of bytes to transfer over the bus. |
| uint8_t * | rx_buffer |
Pointer to buffer holding receive bytes. Can be set to nullptr to ignore reception. |
| uint8_t * | tx_buffer |
Pointer to buffer holding transmit bytes. Can be set to nullptr to transmit empty bytes. |
| using embvm::spi::ao_storage = typedef std::pair<embvm::spi::op_t, const embvm::spi::master::cb_t> |
| using embvm::spi::baud_t = typedef uint32_t |
SPI baudrate is specified as an integral value with units Hz.
| using embvm::spi::commBus = typedef commBus<spi::op_t, spi::baud_t, spi::SPI_MASTER_REQD_STATIC_FUNCTION_SIZE> |
Convenience alias for the declaration of the SPI commBus.
| using embvm::spi::status = typedef embvm::comm::status |
|
strong |
|
strong |
|
static |
Default baudrate, which is used in the default constructor.
|
static |
Maximum size of the SPI master callback functor object.


Travel Dates
Trip
One way
Return
Passengers
1 Passenger
2 Passengers
3 Passengers
4 Passengers
Barcelona
Tenerife
Girona
Dublin
Mallorca
Bilbao
Madrid
Paris
Professional Travel
Book Flight


At HowLongToBeatSteam.com, the privacy of our visitors is of extreme importance to us. This privacy policy document outlines the types of personal information received and collected by HowLongToBeatSteam.com and how it is used.
If you require any more information or have any questions about our privacy policy, please feel free to contact us by email at<EMAIL_ADDRESS>Like many other Web sites, HowLongToBeatSteam.com makes use of log files. The information inside the log files includes Internet protocol (IP) addresses, type of browser, Internet Service Provider (ISP), date/time stamp, referring/exit pages, and number of clicks to analyze trends, administer the site, track user’s movement around the site, and gather demographic information. IP addresses, and other such information are not linked to any information that is personally identifiable.
For diagnostics and performance reasons only, we collect and store in server memory and logs the Steam Profile IDs for which completion time statistics were requested by users. It is the user's responsibility to make sure it does not contain and personally-identifiable information. Indeed, only public Steam profiles have use in this site, as Steam's API will block our requests otherwise.
We also use "Google Analytics" and "Microsoft Application Insights", services that record non-personally identifiable data such as browser type, operating system, the date and time of a visit, where visitors came from, the pages visited on this website, the time spent viewing site, where visitors went when they left the site, and return visits to the site.
We aggregate this non-personally identifiable data to better understand how visitors use our site, and to help manage, maintain, and report on use of our website. We do not rent, sell or share any non-personally identifiable data collected on this website with third parties for marketing purposes.
For more information see on how Google uses analytics data see How Google uses data when you use our partners' sites or apps.