Demos
This is an abandoned project. Existing features might get maintained, modified or removed, but NO new features would be added.
Basic
A paragraph has default margins. Hyperlinks are like this.
Another paragraph.
Header 1
Header 2
Header 3
Header 4
Buttons
Buttons have no margins by default - but they do have paddings.
Some text.
Link button Main button Mini button Some text.
Buttons can also be grouped like below.
Button classes can also be used for pagination.
Form elements
Layout
I am main content: .main
.main
,
like a normal div, will cause margins collapse and will not clear floats.
Hello world
is the universal language among programmers.


My dad has had a problem sleeping for as long as I can remember, but it was only recently that he sought a pharmaceutical remedy. He'd done a lot of drugs in his day and so I guess he knew his blood because he never told me that he was taking Ambien. Regardless, I found one of the half-empty pill bottles on his dresser a while back. My friends had all tried it and said good things about it, so I figured I'd try it - if not for recreational use then to help me sleep.
So a few days later, I took 10mg right before I went to bed. I was lying on my back, more or less trying to sleep, looking at the light coming in through the outsides of the doorway. It was after a few minutes of doing this, that I noticed the first effects. They came on pretty subtley at first, probably because I didn't know what to expect, but once they started, their severity increased very quickly. The first thing I noticed what that the vertical line of light coming from the hallway kept moving when I tried to look at it. I would stare at it for a second or two and then it would scoot off to the right. After several minutes of this I came to the realization that what was happening wasn't external and that it was just my eyes being unable to focus, but before I realized this, the experience was extremely surreal.
This freaked me out a bit (in a good way) and so I decided to get up and walk around and see what else I could see. I wrapped myself in my comforter and went to the main room of my apartment and sat down. I looked at the table in front of me and it looked 'strange' in some way. I couldn't figure out what was wrong with it and I got bored and so I went to the balcony. This is when things got really weird.
If you look down from my balcony, you can see this courtyard in the center of which there is this elevated brick circle with a white concrete perimeter. I was staring at just this, just sort of letting my mind wander, trying to see the 'strangeness' of it like I did with the table. And I did. Very subtlely, the white perimeter started to spin and levitate. I could 'make' it do this and it felt like something from a comic book. It would only last a few seconds before it would go back to where it 'normally' was, but every time I tried to make it levitate, it would go higher.
After doing this for 20+ minutes and cackling loudly, I noticed I could see the 'strangeness' of the bricks in the middle of the circle. When I concetrated on them, they would go up and down, like waves or ripples on the surface of a lake. Like with the concrete perimater, the oscillations got more and more pronounced until the bricks seemed to be 15+ feet in the air. Keep in mind that I was about 50 feet up and so I was looking down at all of this. When they got to this height, I began to see patterns in the bricks. At first it was just a swirling inside them but eventually, they looked like people. Not really people, though. They looked like aliens to me. This was simultaneously hilarious and terrifying at the time and I decided it would be best if I just went inside and went to bed. I did this and got the best night's sleep I'd gotten in many years. I slept for 11 hours and felt completely rejuvenated.
Before I end this, however, I should say a few more things. Ambien is really, really powerful. I did it several times after the above experience, but never had the hallucinations to such a degree again. Every time I did it after the first time, it hit me like a freight train within 15 minutes. The only thing I can compare it to is like getting more drunk than I've ever been in my entire life all at once. One time I took it while typing at my computer and about 10 minutes later I was literally drooling on my keyboard, completely unable to type anything.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Arturo Vidal snatches Barcelona victory at Leganes
Barca had to come from behind against the LaLiga strugglers.
A scrappy late strike from Arturo Vidal saw Barcelona come from behind to record a 2-1 LaLiga victory over bottom-of-the-table Leganes.
Youssef En-Nesyri gave the hosts an early lead with a superb effort as Barcelona struggled to create anything of any note.
But they improved after the break and second-half efforts from Luis Suarez and Vidal secured victory and moved them three points clear at the top, although Real Madrid will have the opportunity to move level when they play Real Sociedad later on Saturday.
Leganes took a 13th-minute lead when En-Nesyri hit his third goal in three games, the Morocco forward cutting in from the right and drilling a fine left-footed shot into the top corner.
Barcelona had plenty of possession but struggled to open up Leganes and clear-cut opportunities were few and far between.
It took a brilliant save from Ivan Cuellar to prevent Barcelona pulling level in the 31st minute.
Ousmane Dembele’s delicate ball in from the left was met by Suarez and his flicked header was heading for the top corner until the fingers of Cuellar turned it behind for a corner.
Mesa Roque was given far too much space 25 yards out seven minutes before the break but his shot was easily gathered by Barcelona goalkeeper Marc-Andre Ter Stegen.
Leganes had another opportunity in first-half stoppage time when a long ball out of defence from Unai Bustinza picked out En-Nesyri and he raced down the left channel but his shot from 20 yards drifted wide of Ter Stegen’s right-hand post.
Barcelona made a fast start after the break and Gerard Pique headed a Lionel Messi corner against a post before being penalised for handball from the rebound.
Barcelona were level in the 52nd minute when Messi’s floated free-kick was met by a downward header from Suarez.
Moments later Leganes had a golden opportunity to retake the lead but En-Nesyri sent a free header from Roberto Rosales’ cross straight at Ter Stegen.
A smart pass from Frenkie De Jong picked out Messi on the edge of the box but an uncharacteristically poor first touch from the Argentinian took the ball away from him and his snatched shot was easily gathered by Cuellar.
Barcelona went in front in the 80th minute with a fortunate strike from Vidal.
Dembele’s corner from the right bounced off the inside of Ruben Perez’s right boot and towards Vidal, who would have been well offside had the ball come off a Barcelona player, and he mishit a shot over Cuellar and into the net.
After a VAR check to determine if the ball rebounded off Perez or Ivan Rakitic the goal was awarded.


☰
Find
Find Object By Name
Planets
Stations
Find
Target Data
Route Planner
Point A
Point B
Swap
Travel Speed
Warp Factor
PC/s
SU/s
Calculate
No route calculated
From:
Empty
To:
Empty
Distance:
Unknown
ETA @
Unknown
:
Unknown
Route Prediction
mark
Coordinate Frame
Galactic
Perdicted Destination:
Predict
Reset


Zika research countries scientific international number articles country publications virus collaboration published knowledge clusters {border-style WoS areas px;} #ffffff;} USA health Brazil Fig []. related Health analysis cluster collaborations produced public results terms data epidemic production studies study using France categories infection original review words England ZVI countries. draftWriting Data different focused total Available Biology China Cluster Group collaborative countries, followed main networks outbreak present productive px; {font-family "Clinical ;():–. Brazil, Public Virus Zika, arboviral defined disease font-size global important information institutions order potential response science "Molecular (Fig Biology" Brazil[], Click European LINK Medicine Pathogens Sciences Scopus additional analysed at: capacity clinical collaboration, double; file. funding highest level microcephaly new presence publications, represents significant time used "Cellular (ICI (cluster Articles Brazilian December Fiocruz, ICI Organization R&D Science Web ZVI. affiliation area aspects associated based border-color border-width case categories. category closer collaboration. colour considered divided efforts emergency especially extracted field obtained participation performed publications. regarding reported resources role scientometric size solid; specific subject topics understand value {font-style {font-weight (.%) (.%); (TIF) American Analysis Aspects" Collaboration England, Flaviviruses: Germany However, International Italy Janeiro, Knowledge Life Oswaldo Research Rio Tropical USA, WoS, Zika. analysis. appeared areas. bold categories, cellular clusters, courier; declared distribution em; epidemiology expected frequent given higher identified internationally key line molecular named national network particularly pattern played presented pt;} relevant represented researchers scale. selected showed text textual time, understanding


In the UK, everyone talks about the weather. Moreover, everyone is affected by the ever-changing British weather, to some extent. And in the UK, The Met. Office, the national weather service, is synonymous with the weather.
As a major user of computer technology, I am delighted that The Met.  Through this medium, we have an excellent opportunity to explain and demonstrate the science of meteorology and the way in which we apply it for the benefit of the nation.
The Met. Office is an organization with a tremendous depth of experience and a wide range of responsibilities. From research to operational services, from agriculture to aviation, from flood to drought, The Met. Office provides an invaluable service to the British people. Moreover, on the international stage, our staff make huge contributions.
Our site is in the early stages of its development and we expect to provide much more information over the coming months. For us at The Met. Office, the weather is a fascinating subject. We think that many, many people think so too and we would like your help in developing our site. If there is some aspect of meteorology that you would like to know more about, or feel that there is something we have "missed out", please let us know. We'll see what we can do!
In the meantime, I hope you enjoy your visit to The Met. Office on the Internet!
Professor Julian Hunt
Chief Executive


{% extends "templates/base.html" %} {% block body %}
{{ description }}
Uploaded by {{ owner }}
File size is {{ size }}
Download this file
Edit file metadata


Electronics Design
Week 6
Electronics Design
Tasks
Redraw the echo hello-world board
Add (at least) a button and LED (with current-limiting resistor)
Check the design rules, make it, and test it
Extra credit: simulate its operation
Extra credit: measure its operation
ECHO HELLO-WORLD
I began this week assignment by following fabacademy fantastic tutorial, and it helped me a lot to understand Autodesk Eagle better. I just followed the instructions and everything worked fine.These are the steps i followed, that are described in the tutorial. I'll try not to duplicate the info, but will add my own conclusions:
Open the Sample project - just copy the zip file below to the eagle's project directory
Switch between schematic and board layout to get to know tghe interface - REINFORCE ALLERT - Never close one of them, otherwise you'll loose info.
Download and install libraries (download below the complete library for this assignment)
Edit the schematic (added the missing components Resistors, Button, Ground, VCC, connect pin 10 (PA3), LED)
Route the Traces on the Board (Done manually with carefull and precision to grant straight lines)
Export the Routes to PNG
Edit the routes in Photoshop
Editing board
Exporting traces
Editing Traces
Configuring origins and cuting in Vpanel
Milling the board
I will show later the soldering process and the finished board, because we are still waiting for the tiny45 to arrive, there was a stock rupture in mainly all the suppliers.
References - Fabacademy Eagle Tutorial online,
Eagle Echo hello library
Eagle base project
My Eagle finished project My hello board traces
My hello board cut


This website has been updated. It will redirect now to the new home page.
If your browser doesn't automatically go there within a few seconds, you may want to go to
the destination
manually.


Apache License
Version 2.0, January 2004
-
Calligraphy
Copyright (c) 2013 Christopher Jenkins
-
NavigationTabBar
Copyright (c) 2016 Basil Miller
-
PRDownloader
Copyright (c) 2017 MINDORKS NEXTGEN PRIVATE LIMITED
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.


THIS IS NOT YET AN OFFICIAL MOCHIKIT COMPONENT
MochiKit.Random - Random numbers and algorithms
var randomData = map(randRange, repeat(2000, 1000)); // -> Array of 1000 elements with random numbers from 0 to 1999
Random numbers and associated algorithms. The API is largely a subset of the Python random [1] module. By default uses the Mersenne Twister [2] generator, but other generators, including the native Math.random, can be used. See source code for details.
Return the next random floating point number in the range [0.0, 1.0).
Initialize the basic random number generator. If x is omitted or None, current system time is used; current system time is also used to initialize the generator when the module is first imported.
Return an object capturing the current internal state of the generator. This object can be passed to setState() to restore the state.
state should have been obtained from a previous call to getState(), and setState() restores the internal state of the generator to what it was at the time setState() was called.
randRange([start=0], stop[, step=1]):
Choose a random item from range(start, stop[, step]) Half-open range, i.e does Not include stop
Return a random element from the non-empty sequence seq.
Shuffles an array using the Fisher-Yates algorithm [3] (Knuth). O(N) (in-place algorithm)
Returns the shuffled input array to enable chaining.
(..shuffling an array by sorting using a random comparator is a Bad idea [4])
Return a k length list of unique elements chosen from the population sequence. Used for random sampling without replacement.
Returns a new list containing elements from the population while leaving the original population unchanged. The resulting list is in selection order so that all sub-slices will also be valid random samples. This allows raffle winners (the sample) to be partitioned into grand prize and second place winners (the subslices).
Note: does not support iterator as input, use list(iterable).
Generates a unique random range of numbers from 0..N-1 (or rather f(0)..f(N-1) ) (no number occurs twice. think dealing a deck of cards)
todo: might drop this. equivalent to:
deal = shuffle(map(func || operator.identity, range(numItems)));
Return a random floating point number N such that a <= N <= b for a <= b and b <= N <= a for b < a. The end-point value b may or may not be included in the range depending on floating-point rounding in the equation a + (b-a) * random().
| [1] | Python random module: http://docs.python.org/library/random.html |
| [2] | Mersenne Twister 19937: http://www.math.sci.hiroshima-u.ac.jp/~m-mat/MT/emt.html |
| [3] | Fisher-Yates shuffle: http://en.wikipedia.org/wiki/Fisher%E2%80%93Yates_shuffle |
| [4] | Microsoft does shuffling: http://www.robweir.com/blog/2010/02/microsoft-random-browser-ballot.html |
Copyright 2005-2010 Bob Ippolito<EMAIL_ADDRESS>This program is dual-licensed free software; you can redistribute it and/or modify it under the terms of the MIT License or the Academic Free License v2.1.


MONDAY, August 1, 2016
Monday
Tuesday
Newday
Lorem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum" (The Extremes of Good and Evil) by Cicero, written in 45 BC.
CAMBRIDGE — He was a year younger than most of his classmates, a state-school graduate and devout Catholic from the Midwest suddenly surrounded by Ivy Leaguers on a secular East Coast campus.KANE, Page 44
It was clear, when Tim Kaine arrived at Harvard Law School in the fall of 1979, that he was not exactly in his natural element. And it didn’t take long for him to lose faith in his chosen field on the cutthroat campus of career-minded law students.
Nearing the end of his first year, he walked into the dean’s office and announced that he was going on a Jesuit mission to Honduras.
CAMBRIDGE — He was a year younger than most of his classmates, a state-school graduate and devout Catholic from the Midwest suddenly surrounded by Ivy Leaguers on a secular East Coast campus.KANE, Page 44
It was clear, when Tim Kaine arrived at Harvard Law School in the fall of 1979, that he was not exactly in his natural element. And it didn’t take long for him to lose faith in his chosen field on the cutthroat campus of career-minded law students.
Nearing the end of his first year, he walked into the dean’s office and announced that he was going on a Jesuit mission to Honduras.
Randolph "Spider" Edwards was orem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum"
Lorem Ipsum is not simply random text.
Lorem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum" (The Extremes of Good and Evil) by Cicero, written in 45 BC.
Lorem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum" (The Extremes of Good and Evil) by Cicero, written in 45 BC.
Lorem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum" (The Extremes of Good and Evil) by Cicero, written in 45 BC.


Progress bar control struct. More...
Data Fields | |
| struct win_window * | container |
| Container window of progress bar. | |
| uint8_t | maximum |
| Maximum value of progress bar. | |
| uint8_t | value |
| Value of progress bar. | |
| uint8_t | position |
| End position of progress bar. | |
| uint8_t | option |
| Configuration of orientation and behavior. | |
| gfx_color_t | fill_color |
| Color for progress bar fill. | |
| gfx_color_t | background_color |
| Color for progress bar background. |
Progress bar control struct.
For internal use only.
Contains a pointer to the progress bar's containing window, and non-window information necessary for its operation. Structs of this type are created with wtk_progress_bar_create().
Definition at line 61 of file wtk_progress_bar.c.
Color for progress bar background.
Definition at line 75 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), wtk_progress_bar_handler(), and wtk_progress_bar_set_colors().
Container window of progress bar.
Definition at line 63 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_as_child(), wtk_progress_bar_create(), wtk_progress_bar_handler(), and wtk_progress_bar_set_value().
Color for progress bar fill.
Definition at line 73 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), wtk_progress_bar_handler(), and wtk_progress_bar_set_colors().
Maximum value of progress bar.
Definition at line 65 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), and wtk_progress_bar_set_value().
Configuration of orientation and behavior.
Definition at line 71 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), wtk_progress_bar_handler(), wtk_progress_bar_set_colors(), and wtk_progress_bar_set_value().
End position of progress bar.
Definition at line 69 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), wtk_progress_bar_handler(), and wtk_progress_bar_set_value().
Value of progress bar.
Definition at line 67 of file wtk_progress_bar.c.
Referenced by wtk_progress_bar_create(), wtk_progress_bar_get_value(), and wtk_progress_bar_set_value().


Competitive Analysis- Assess the strengths and weaknesses of competitors against user's needs. Understand what exists in the market and where new products can fill holes and provide benefits.
Mental Models- Capture user behavior, pain points, motivations, and needs from contextual inquires.
Map out product features to identify gaps, opportunities, and assumptions to test based on models.
Identify user's thought process and desired reactions toward each task flow segment. Creates empathy upfront and a reminder of the thoughts of the user as design decisions are made.
Storyboards- Visually depict scenarios with storyboards. The storyboard should show the context, the problem, the user's fears/motivations, and how the problem will be solved. I use tools like Adobe Illustrator, Adobe InDesign and Sketch to quickly create these user flows.
Wireframes- Visually communicate abstract concepts, interactions and content heirarchies with users and team members to generate feedback. Wireframes allow the team to share IA plans with clients and discuss how to map interactions before delving into design decisions.
Range of prototypes based on budget and timelines (paper prototyping, Photoshop, Sketch, Invision).
Uncover usability issues and validate design decisions based on actual user reactions.
Higher fidelity prototypes allow easy distribution and the ability to observe exactly how well the product will be received before being built. Clients also get to understand simple interactions early on.
Apply product branding, grid structure, typography, color scheme, and icons.
Create clean visual designs that allow the underlaying experience to shine through and create a desired tone and connection with the user.
Visual designs are created using Photoshop, Illustrator, and Sketch3.
Create front-end development through the use of HTML5, CSS and Bootstrap. Currently studying Javascript.


The Final Frontier?
Parking is always a contentious issue in any work place though we aim to make this experience as pleasant as possible. Concept house has its own on site, secured, multi-storey car park as well as a number of uncovered bays.
An on-site parking space is not a guarantee though, on peak working days (which tend to be Tuesday to Thursdays) there may not been any free spaces left after a certain time, on these occasions you are able to use the car park in Tredegar Park which is reasonably close to the office.
However you should be aware that the IPO takes no responsibility for cars and belongings parked in Tredegar Park. If you are part of the car-share scheme you may be eligible for a reserved bay.


Walmart’s early Black Friday deals include savings on Beats, AirPods and more
by Jonathan LamontWalmart Canada is the latest retailer to roll out early Black Friday deals. In the retail giant’s latest flyer, you’ll be able to find plenty of excellent deals on tech, toys and more.
These deals kick off on Thursday, November 21st at 7am.
Below, we’ve gathered some of the standout tech deals.
- Beats Solo 3 – $127 (regular $329.94)
- RCA 40-inch 1080p TV – $148 (regular $248)
- Fitbit Inspire HR – $89.95 (regular $129.95)
- AirPods with Wireless Charging Case – $219 (regular $269)
- Sega Genesis Mini – $64.96 (regular $99.96)
- Xbox One X 1TB Gears of War 5 or Star Wars Jedi: Fallen Order bundle – $449.96 (regular $599.96)
- iRobot Roomba 960 robot vacuum – $599.98 (regular $799.98)
Walmart has a solid offering going into Black Friday, so it could be a good time to make a purchase and avoid the crowds.
You can learn more about the early Black Friday deals from Walmart on its website or in the latest flyer.


This package contains some base class for basic database-backed athentication system (user->profile->permissions)


The HackDFW Fellowship is a 10-week, intensive program matching top engineering talent to some of Dallas's best companies.
The HackDFW fellowship is a program designed to recruit some of the best tech talent to the top companies in Dallas. We are looking for talented graduates and undergraduates to intern in Dallas over summer 2017 in a cohesive program. You are given free housing and weekly social events and dinners, where you will meet some of the most influential people in Dallas, all while working at some of Dallas’s best companies. We provide as many opportunities as we can for our Fellows to be successful and make their mark on Dallas.
You can apply beginning now. We will start reviewing resumes in mid-November, and begin interviews in December/January for the first round. Applications close at the end of December.
You can apply online at the link above. We require a resume, a code sample, a link to projects (at hackathons or your own side projects), and a brief personal statement about your goals and desire to join this program.
First, submit your application. We review each application using a holistic process, and all elements of your application will be considered. We then reach out to the top candidates and conduct interviews. There will be a behavioral interview and a technical interview. After that, should you progress, we will begin match interviews. These interviews will be in Dallas and directly with the company you have been matched to. If they accept you, you will be placed with that company - if not, you will be matched again. You can match up to three times.
We are currently filling out our inaugural hosting companies class. We expect to release the list beginning in December - expect many very cool Dallas companies, from large well-known household names to small startups working hard on intriguing problems.
Expect to be challenged every day. This is a prestigious program, and you will be tested accordingly - but we also aim for you to have a lot of fun with us, from weekly social events to the housing we provide, as well as the amazing opportunities to participate and network with Dallas-area tech executives and influencers.
Please email us at<EMAIL_ADDRESS>for more information.


My Projects
A compilation of programs made by Joseph Claver.
The Projects
Epicycle Drawing Tool
Circuit Simulator
Stock Market Game
Blackjack
Typing Test
RSA Encryption Tool
Digit Recognition Tool


>
Menu
AWS
Use AWS services
Start
Bigdata
Use bigdata services
Start
DevOps
Use DevOps tools
Start
Linux
Do Linux operations
Start
AWS Credentials
×
Access Key
Secret Key
Region
Submit


The latest information about BioContainers is available via https://BioContainers.pro
Containers
Repository of approved bioinformatics containers
Links:
Web Page : http://biocontainers.pro/
Project Definition : https://github.com/BioContainers/specs
Contribution Rules : https://github.com/BioContainers/specs/blob/master/CONTRIBUTING.md
Wiki of the project : https://github.com/BioContainers/specs/wiki
Containers : https://github.com/BioContainers/containers
Containers Development: https://github.com/BioContainers/sandbox
Email<EMAIL_ADDRESS>License
Contents
- Essentials
1.1. What is BioContainers
1.2. Objectives- Containers
2.1. What is a container?
2.2. Why do I need to use a container
2.3. How to use a BioContainer
2.4. BioContainers Architecture
2.4.1 How to Request a Container
2.4.2 Use a Container - Developing containers
3.1. What do I need to develop?
3.2. How to create a container? - Support
4.1 Get involved
- Containers
1. Essentials
1.1. What is BioContainers?
The BioContainers project came from the idea of using the containers-based technologies such as Docker or rkt for bioinformatics software. Having a common and controllable environment for running software could help to deal with some of the current problems during software development and distribution. BioContainers is a community-driven project that provides the infrastructure and basic guidelines to create, manage and distribute bioinformatics containers with a special focus on omics fields such as proteomics, genomics, transcriptomics and metabolomics. The main containers already implemented in BioContainers (https://github.com/BioContainers/containers) are discussed in details including examples on how to use BioContainers. The currently available BioContainers containers facilitate the usage, and reproducibility of software and algorithms. They can be integrated into more comprehensive bioinformatics pipelines and different architectures (local desktop, Cloud environments or HPC clusters). We also present the guidelines and specifications on how to create new containers, and how to contribute to the BioContainers project.
1.2. Objectives and Goals
-
Provide a base specification and images to easily build and deploy new bioinformatics/proteomics software including the source and examples.
-
Provide a series of containers ready to be used by the bioinformatics community (https://github.com/BioContainers/containers).
-
Define a set of guidelines and specifications to build a standardized container that can be used in combination with other containers and bioinformatics tools.
-
Define a complete infrastructure to develop, deploy and test new bioinformatics containers using continuous integration suites such as Travis Continuous Integration (https://travisci. org/), Shippable (https://app.shippable.com/) or manually built solutions.
-
Provide support and help to the bioinformatics community to deploy new containers for researchers that do not have bioinformatics support.
-
Provide guidelines and help on how to create reproducible pipelines by defining, reusing and reporting specific container versions which will consistently produce the exact same result and always be available in the history of the container.
-
Coordinate and integrate developers and bioinformaticians to produce best practice of documentation and software development.
2. Containers
2.1. What is a container?
Containers are build from existing operating systems. They are different from Virtual machines because they don’t posses an entire guest OS inside, instead, containers are build using optimized system libraries and use the host OS memory management and process controls. Containers normally are centralized around a specific software and you can make them executable by instantiating images from them.
2.2. What do I need to use a container?
Most of the time when a bioinformatics analysis is performed, several bioinformatics tools and software should be installed and configure. This process can take several hours and demand a lot of efforts including the installation of multiple dependencies and tools. BioContainers provides ready to use packages and tools that can be easily deployed and used in local machines, HPC and cloud architectures.
2.3. How to use a BioContainer
BioContainers are listed in two main registries:
- Docker Hub: Docker based containers that can be user using the docker infrastructure.
- QUAY Hub: Docker and rkt based containers that can be used rkt infrastructure.
A full documentation about how to use BioContainers to perform bioinformatics analysis please check the Full Documentation
2.4. BioContainers Architecture
BioContainers is a community-driven project that allows bioinformatics to request, build and deploy bioinformatics tools using containers. The following figure present the general BioContainers workflow:
The next sections explain in details the presented workflow:
- (i) How to request a workflow
- (ii) Use a BioContainer
- (iii) Developing containers
2.4.1 How to Request a Container
Users can request a container by opening an issue in the [sandbox repository] (http://github.com/BioContainers/sandbox/issues) (In the previous workflow this is the first step performed by user henrik)
. The issue
should contains the name of the software, the url of the code or binary to be package and information about the software see BioContainers specification. When the containers
is deploy and fully functional, the issue will be close by the developer or the contributor to BioContainers.
2.4.2 Use a BioContainer.
When a container is deploy and the developer close the issue in GitHub the user (henrik)
received a notification that the container is ready.
The user can then used docker or rkt to pull or fetch the corresponding container.
-
Developing containers
3.1. How to build BioContainer’s
There are two different ways to build a container.
- Go to the GitHub repository with the recipe of the software you want, clone it, and build it yourself on your machine.
- Use the docker daemon to search for a ready-to-use version of the containerized software you want.
Inside the central repository there is a list of softwares with docker recipes, there you can find more information about how to work with them.
3.2. What do I need to develop?
BioContainers are based on Linux systems, so you will need a computer with Linux installed, you also will need the docker
or rkt
daemon and the software you want to containerize.
3.3. How to create a Docker based Biocontainer?
Having all in hands now you need to create a Dockerfile. Dockerfiles are simple recipes to instruct the daemon on how to set an appropriate OS and how to download, manage, install and give access to the software inside.
You can check the Docker documentation for more information.
Once the container is ready you can get in touch with us so we can make the appropriate arrangements to make your container available to everyone in the community by giving an automated build system.
3.3. How to create a rkt based Biocontainer?
Having all in hands now you need to create a rkt. rkt containers are simple recipes to instruct the daemon on how to set an appropriate OS and how to download, manage, install and give access to the software inside.
You can check the rkt documentation for more information.
Once the container is ready you can get in touch with us so we can make the appropriate arrangements to make your container available to everyone in the community by giving an automated build system.
-
Support
4.1. Get involved
Whether you want to make your own software available to others as a container, to just use them on your pipelines and analysis or just give opinions, you are most welcome. This is a community-driven project, that means everyone has a voice.
Here are some general ideas:
- Browse our list of containers
- Propose your own ideas or software
- Interact with other if you think there is something missing.


Bounding box (bb) non-maximal suppression (nms). type=='max': nms of bbs using area of overlap criteria. For each pair of bbs, if their overlap, defined by: overlap(bb1,bb2) = area(intersect(bb1,bb2))/area(union(bb1,bb2)) is greater than overlap, then the bb with the lower score is suppressed. In the Pascal critieria two bbs are considered a match if overlap>=.5. If ovrDnm='min', the 'union' in the above formula is replaced with 'min'. type=='maxg': Similar to 'max', except performs the nms in a greedy fashion. Bbs are processed in order of decreasing score, and, unlike in 'max' nms, once a bb is suppressed it can no longer suppress other bbs. type='cover': Perform nms by attempting to choose the smallest subset of the bbs such that each remaining bb is within overlap of one of the chosen bbs. The above reduces to the weighted set cover problem which is NP but greedy optimization yields provably good solutions. The score of each bb is set to the sum of the scores of the bbs it covers (the max can also be used). In practice similar to 'maxg'. type=='ms': Mean shift nms of bbs with a variable width kernel. radii is a 4 element vector (x,y,w,h) that controls the amount of suppression along each dim. Typically the first two elements should be the same, as should the last two. Distance between w/h are computed in log2 space (ie w and w*2 are 1 unit apart), and the radii should be set accordingly. radii may need to change depending on spatial and scale stride of bbs. Although efficient, nms is O(n^2). To speed things up for large n, can divide data into two parts (according to x or y coordinate), run nms on each part, combine and run nms on the result. If maxn is specified, will split the data in half if n>maxn. Note that this is a heuristic and can change the results of nms. Moreover, setting maxn too small will cause an increase in overall performance time. Finally, the bbs are optionally resized before performing nms. The resizing is important as some detectors return bbs that are padded. For example, if a detector returns a bounding box of size 128x64 around objects of size 100x43 (as is typical for some pedestrian detectors on the INRIA pedestrian database), the resize parameters should be {100/128, 43/64, 0}, see bbApply>resize() for more info. USAGE bbs = bbNms( bbs, [varargin] ) INPUTS bbs - original bbs (must be of form [x y w h wt bbType]) varargin - additional params (struct or name/value pairs) .type - ['max'] 'max', 'maxg', 'ms', 'cover', or 'none' .thr - [-inf] threshold below which to discard (0 for 'ms') .maxn - [inf] if n>maxn split and run recursively (see above) .radii - [.15 .15 1 1] supression radii ('ms' only, see above) .overlap - [.5] area of overlap for bbs .ovrDnm - ['union'] area of overlap denominator ('union' or 'min') .resize - {} parameters for bbApply('resize') .separate - [0] run nms separately on each bb type (bbType) OUTPUTS bbs - suppressed bbs EXAMPLE bbs=[0 0 1 1 1; .1 .1 1 1 1.1; 2 2 1 1 1]; bbs1 = bbNms(bbs, 'type','max' ) bbs2 = bbNms(bbs, 'thr',.5, 'type','ms') See also bbApply, nonMaxSuprList Piotr's Computer Vision Matlab Toolbox Version 2.60 Copyright 2014 Piotr Dollar. [pdollar-at-gmail.com] Licensed under the Simplified BSD License [see external/bsd.txt]


Head Massage, Anyone? Shiba Inu Enjoys High-Tech Relax
We bet you won't be able to resist having this device in your household.
  Let's be happy for this Shiba Inu and yes, before you ask... it is okay to envy her a little bit!


Floesia
Logout
×
Signup/Login Required
To be able to write a poem, you need to be logged in or you need to signup.
Login
Signup
New Poem
Send Poem


{%extends "nav_account.html"%} {%block title%}Membership{%endblock%} {%block content%}
You are not currently registered as a member of {{ org_name }}. You can do this using the form on this page. Please read through the membership rules before you register, and if you are uncertain about anything feel free to contact us.
Once you have registered, you will be able to generate an invoice for your membership fee. Your membership is not active until you have paid the fee!
Note that all the information on the form must be filled accurately, or your membership will not be valid even if it is fully paid.
{%endif%} {%if registration_complete%}You have been a member since {{member.membersince}}.
{%endif%} {%if member.paiduntil %} {%if member.expiressoon %}Your membership is currently active but will expire in {{member.paiduntil|timeuntil}} on {{member.paiduntil}}.
{%else%}Your membership and payment has been registered, and will expire on {{member.paiduntil}}.
{%endif%} {%else%}Your membership will become active once you have paid the fee.
{%endif%}To pay or renew your membership, please use the button below to generate an invoice. You will then be able to pay this invoice using several different methods.
{%endif%}{%comment%}invoice or not{%endcomment%} {%endif%}{%comment%}member.expiressoon{%endcomment%} {%endif%}{%comment%}registration_complete{%endcomment%} {%if logdata%}| {{l.timestamp|date:"Y-m-d H:i"}} | {{l.message}} |
The following emails have been sent to you during your membership.
| {{m.sentat}} | {{m.subject}} |


abstract fun serializeForPersistence(): String
Returns a serialized string which can be persisted. If this is the last object returned by the preprocessor chain, the return value of this method will be persisted as it is. Otherwise, this method will not called.


module Seq: BatSeq
Basically you should use a sequence when you would prefer using a list or a lazy-list but constructing the whole list explicitly would explode your memory.
All functions returning a sequence operates in time and space O(1).
Note that if you want a ``consumable sequence'', you should prefer
using enumerations (from module BatEnum
).
type t'a
=unit => node 'a
type node 'a
=
| |
Nil |
| |
Cons of |
include BatInterfaces.Mappable
let enum : t 'a => BatEnum.t 'a
enum s
returns the enumeration of all element of s
.
Since enumerations are consumable and sequence are not, it is
not possible to have the inverse operations, i.e. of_enum
let length : t 'a => int
let hd : t 'a => 'a
Invalid_argument
if
the sequence is empty.let tl : t 'a => t 'a
Invalid_argument
if the sequence is empty.let is_empty : t 'a => bool
is_empty e
returns true if e
does not contains any
element.let first : t 'a => 'a
BatSeq.hd
let last : t 'a => 'a
Invalid_argument
if
the sequence is empty.let at : t 'a => int => 'a
at l n
returns the element at index n
(starting from 0
) in
the sequence l
or raise Invalid_argument
is the index is
outside of l
bounds.let append : t 'a => t 'a => t 'a
append s1 s2
returns the sequence which first returns all
elements of s1
then all elements of s2
.let concat : t (t 'a) => t 'a
concat s
returns the sequence which returns all the elements
of all the elements of s
, in the same order.let flatten : t (t 'a) => t 'a
BatSeq.concat
.let nil : t 'a
nil = fun () -> Nil
let cons : 'a => t 'a => t 'a
cons e s = fun () -> Cons(e, s)
let make : int => 'a => t 'a
make n e
returns the sequence of length n
where all elements
are e
let init : int => (int => 'a) => t 'a
init n f
returns the sequence returning the results of f 0
,
f 1
.... f (n-1)
.Invalid_argument
if n < 0
.let of_list : list 'a => t 'a
let iter : ('a => unit) => t 'a => unit
iter f s
applies f
to all the elements of the sequence. Eager.let iteri : (int => 'a => unit) => t 'a => unit
iteri f s
is the same as iter f s
, but f
is given the index
of each element (starting at 0).let iter2 : ('a => 'b => unit) => t 'a => t 'b => unit
iter2 f s1 s2
iterates on elements of s1
and s2
pairwise, and
stops when it meets the end of s1
or s2
let map : ('a => 'b) => t 'a => t 'b
map f s
returns the sequence where elements are elements of
s
mapped with f
. Lazy.let mapi : (int => 'a => 'b) => t 'a => t 'b
mapi f s
lazily maps elements of s
into a new sequence,
using f
. f
is also given elements' indexes.let map2 : ('a => 'b => 'c) => t 'a => t 'b => t 'c
map2 f s1 s2
returns a sequence of elements, resulting from combininig
elements of s1
and s2
at the same index using f
. The result is as
long as the shortest argument.let fold_left : ('a => 'b => 'a) => 'a => t 'b => 'a
fold_left f a (cons b0 (... bn))
is f (... (f (f a b0) b1) ...)
bn
. Tail-recursive, eager.let fold_right : ('a => 'b => 'b) => t 'a => 'b => 'b
fold_right f (cons a0 (cons a1 (cons a2 ...))) b
is f a0 (f
a1 (f a2 ...))
.
Not tail-recursive, eager.let reduce : ('a => 'a => 'a) => t 'a => 'a
reduce f (cons e s)
is fold_left f e s
.Invalid_argument
on empty sequences.let max : t 'a => 'a
max s
returns the largest value in s
as judged by
Pervasives.compare
Invalid_argument
on empty sequences.let min : t 'a => 'a
min s
returns the smallest value in s
as judged by
Pervasives.compare
Invalid_argument
on empty sequences.let equal : eq::('a => 'a => bool)? => t 'a => t 'a => bool
equal ~eq s1 s2
compares elements of s1
and s2
pairwise
using eq
eq
: optional equality function (default Pervasives.(=)
)Most functions in the following sections have a shortcut semantic similar to the behavior of the usual (&&) and (||) operators : they will force the sequence until they find an satisfying element, and then return immediately.
For example, for_all
will only diverge if the sequence begins
with an infinite number of true elements --- elements for which
the predicate p
returns true
.
let for_all : ('a => bool) => t 'a => bool
for_all p (cons a0 (cons a1 ...))
checks if all elements of the
given sequence satisfy the predicate p
. That is, it returns
(p a0) && (p a1) && ...
. Eager, shortcut.let exists : ('a => bool) => t 'a => bool
exists p (cons a0 (cons a1 ...))
checks if at least one element of
the sequence satisfies the predicate p
. That is, it returns
(p a0) || (p a1) || ...
. Eager, shortcut.let mem : 'a => t 'a => bool
mem a l
is true if and only if a
is equal to an element of
l
. Eager, shortcut.let find : ('a => bool) => t 'a => option 'a
find p s
returns the first element of s
such as p e
returns true
, if any. Eager, shortcut.let find_map : ('a => option 'b) => t 'a => option 'b
find_map p s
finds the first element of s
for which p e
returns Some r
, if any. Eager, short-cut.let filter : ('a => bool) => t 'a => t 'a
filter p s
returns the sequence of elements of s
satisfying
p
. Lazy.
Note filter is lazy in that it returns a lazy sequence, but
each element in the result is eagerly searched in the input
sequence. Therefore, the access to a given element in the result
will diverge if it is preceded, in the input sequence, by
infinitely many false elements (elements on which the predicate
p
returns false
).
Other functions that may drop an unbound number of elements
(filter_map
, take_while
, etc.) have the same behavior.
let filter_map : ('a => option 'b) => t 'a => t 'b
filter_map f s
returns the sequence of elements filtered and
mapped by f
. Lazy.let assoc : 'a => t ('a, 'b) => option 'b
assoc a s
returns the value associated with key a
in the
sequence of pairs s
. Eager, shortcut.let take : int => t 'a => t 'a
take n s
returns up to the n
first elements from sequence
s
, if available. Lazy.let drop : int => t 'a => t 'a
drop n s
returns s
without the first n
elements, or the
empty sequence if s
have less than n
elements. Lazy.let take_while : ('a => bool) => t 'a => t 'a
take_while f s
returns the first elements of sequence s
which satisfy the predicate f
. Lazy.let drop_while : ('a => bool) => t 'a => t 'a
drop_while f s
returns the sequence s
with the first
elements satisfying the predicate f
dropped. Lazy.let split : t ('a, 'b) => (t 'a, t 'b)
split s = (map fst s, map snd s)
. Lazy.let combine : t 'a => t 'b => t ('a, 'b)
Invalid_argument
if given sequences of different length.let print : first::string? =>
last::string? =>
sep::string? =>
(BatInnerIO.output 'a => 'b => unit) =>
BatInnerIO.output 'a => t 'b => unit
module Infix:{
..}
include BatSeq.Infix
module Exceptionless:{
..}


Luckey Comments
Option Table
Access Token*
ID Post*
Number lucky IDS*
Ignore IDs
Submit
Luckey People
Here is a subtitle for this table
ID
AVATAR
Name
UID
View
CONTENTS


Methods of Class ByteSequence
- ByteSequence
- ByteSequence() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Default constructor: Creates an empty sequence.
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Copy constructor: Creates a copy of given sequence.
- Parameters
| rSeq |
another byte sequence
|
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Copy constructor Creates a copy from the C-Handle.
- Parameters
| pSequence |
another byte sequence handle
|
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Constructor: Creates a copy of given data bytes.
- Parameters
| pElements |
an array of bytes
|
| len |
number of bytes
|
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Constructor: Creates sequence of given length and initializes all bytes to 0.
- Parameters
| len |
initial sequence length
|
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Constructor: Creates sequence of given length and does NOT initialize data.
Use this ctor for performance optimization only.
- Parameters
| len |
initial sequence length
|
| nodefault |
dummy parameter forcing explicit BYTESEQ_NODEFAULT
|
- ByteSequence
- ByteSequence(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Description
- Constructor:
Creates a sequence from a C-Handle without acquiring the handle, thus taking
over owenership. Eitherway the handle is release by the destructor.
This ctor is useful, when working with a c-interface (it safes a pair of
acquire and release call and is thus a performance optimization only).
- Parameters
| pSequence |
sequence handle to be taken over
|
| noacquire |
dummy parameter forcing explicit BYTESEQ_NOACQUIRE
|
- ~ByteSequence
- ~ByteSequence() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Destructor: Releases sequence handle. Last handle will free memory.
- operator=
- ByteSequence & operator=(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Assignment operator: Acquires given sequence handle and releases a previously set handle.
- Parameters
| rSeq |
another byte sequence
|
- Return
- this sequence
- getLength
- sal_Int32 getLength() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Gets the length of sequence.
- Return
- length of sequence
- getConstArray
- const sal_Int8 * getConstArray() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Gets a pointer to byte array for READING. If the sequence has a length of 0, then the
returned pointer is undefined.
- Return
- pointer to byte array
- getArray
- sal_Int8 * getArray();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Description
- Gets a pointer to elements array for READING AND WRITING. In general if the sequence
has a handle acquired by other sequences (reference count > 1), then a new sequence is
created copying all bytes to keep value semantics!
If the sequence has a length of 0, then the returned pointer is undefined.
- Return
- pointer to elements array
- operator[]
- sal_Int8 & operator[](
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Description
- Non-const index operator:
Obtains a reference to byte indexed at given position.
In general if the sequence has a handle acquired by other
sequences (reference count > 1), then a new sequence is created
copying all bytes to keep value semantics!
- ATTENTION!
-
The implementation does NOT check for array bounds!
- Parameters
-
- Return
- non-const C++ reference to element at index nIndex
- operator[]
- const sal_Int8 & operator[](
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
YES |
NO |
NO |
NO |
YES |
NO |
- Summary
- Const index operator: Obtains a reference to byte indexed at given position.
The implementation does NOT check for array bounds!
- Parameters
-
- Return
- const C++ reference to byte at element of indenx nIndex
- operator==
- sal_Bool operator==(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
YES |
NO |
NO |
NO |
YES |
NO |
- Summary
- Equality operator: Compares two sequences.
- Parameters
| rSeq |
another byte sequence (right side)
|
- Return
- true if both sequences are equal, false otherwise
- operator!=
- sal_Bool operator!=(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
YES |
NO |
NO |
NO |
YES |
NO |
- Summary
- Unequality operator: Compares two sequences.
- Parameters
| rSeq |
another byte sequence (right side)
|
- Return
- false if both sequences are equal, true otherwise
- realloc
- void realloc(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Description
- Reallocates sequence to new length. If the sequence has a handle acquired by other sequences
(reference count > 1), then the remaining elements are copied to a new sequence handle to
keep value semantics!
- Parameters
| nSize |
new size of sequence
|
- getHandle
- sal_Sequence * getHandle() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Returns the UNnacquired C handle of the sequence
- Return
- UNacquired handle of the sequence
- get
- sal_Sequence * get() throw();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Returns the UNnacquired C handle of the sequence (for compatibility reasons)
- Return
- UNacquired handle of the sequence
Top of Page
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Application Last Date Evaluated
Application Evaluations 0-7 Days
Application Evaluations 8-30 Days
Application Evaluations 31-60 Days
Application Evaluations Over 60 Days


Add Device
Add Device
Clear
Registered Devices
Device Name
Device MAC
Device Address
Device Port
Action
Delete


This week, we are working on two other rooms: Jane's room and Peter's room.
What Every Member Did
- Jack: Implemented displaying script and page flipping functionality
- Zhifu: find and decimate models for Jane's room. And also add those models to Jane's room.
- Diana: find and decimate to optimize models used in Peter's room. Also find and position all the models in Peter's room.
- Sean: Fix various bugs related to the voting and time system.
Update on Code
Diana: I edited *index.html* to add in the furnitures of Peter's room. Colliders are not added yet since we are trying to fix our blocker.
Zhifu: edited index.html to add items to Jane's room.
Jack: Enriched displaying script with page flipping functionality.
Sean: Fixed various bug related to the voting & time system. Separate the Model and View for game from the Model and View for physics.
Update on Ideas
Not a lot of change of ideas. Stay tuned!
Plan for next week
Milestone: add the last two rooms with environments and interactivity, enhance game mechanics
Description: add the last two rooms supporting interactions and user input, the crime scene needs to support networking.
The fifth room is Sonia’s room. Sonia is a fashion designer, and she claims to come here for inspiration. In fact, she wants to investigate the death of her best friend, who also died in Lucas’s room. The theme of Sonia’s room is green, and the major furnitures include: a photo wall, a bed, a long sofa, a bookshelf, a desk, single chair, and a coffee table. This room has hints about how she missed her best friend and her pain of losing the friend. This is also the reason why she might want to kill Jane. More interactable objects need to be added, such as the photo wall, the notebook she has, the perfume on the desk, her laptop reviews the tracking of ip address, etc.
The last big room needs to be added, which is Wendy’s Inn. Wendy is a singer, so the place of her inn is basically a big stage with musical instruments. The major objects include: a stage, lighting, musical instrument, bar table, bar chair, a doll, some balloons, shelves, plants, some photos. Wendy’s friend is also dead in Lucas’s room, since Wendy does compete for sales with Jane, she believes Jane is the one who murdered her friend. Some important hints include her cell phone, her text history with Jane, a basket that has a jade pendant, and a handkerchief sprayed with poison in the doll’s hat.
- Jack: Work on dynamic loading.
- Zhifu: Add colliders to items as Diana is adding more models to different rooms in the next week.
- Diana: Set up Sonia's room and Wendy's inn with static objects, outline interactive objects; hopefully making progress on the blocking issue.
- Sean: Try to put define-collider into mixin
Blockers
- Diana: We are still working on the crashing issue. We are trying to implement dynamic loading, and hopefully that can solve the problem.


Land surface temperature is how hot the “surface” of the Earth would feel to the touch in a particular location. From a satellite’s point of view, the “surface” is whatever it sees when it looks through the atmosphere to the ground. It could be snow and ice, the grass on a lawn, the roof of a building, or the leaves in the canopy of a forest. Thus, land surface temperature is not the same as the air temperature that is included in the daily weather report.
Place: Colorado, USA
Time: June – July 2013
In the summer of 2013, there were several major wildfires in Colorado in the United States. During June and July, record high temperatures and dry conditions fueled the fires all across the state. By July 24, 570 structures had been destroyed and 2 lives were lost. Below is a list of the major fires of the year.
Name: Royal Gorge Fire
Area: Royal Gorge
Size: 3,800 acres (1,500 ha)
Notes: Started June 11, 2013; jumped Royal Gorge and damaged the Royal Gorge Bridge.
Name: East Peak Fire
Area: East Spanish Peak
Size: 13,572 acres (5,492 ha)
Notes: Started June 19, 2013; put the entire town of Walsenburg, Colorado under pre-evacuation status. Cause: Lightning.
Name: West Fork Fire Complex
Area: Wolf Creek Pass
Size: 110,405 acres (44,679 ha)
Notes: The second largest fire in Colorado history by area. Started June 20, 2013; forced evacuation of entire town of South Fork, Colorado. The fire is composed of three subsidiary fires that merged: West Fork fire, Papoose fire and Windy Pass fire. Cause: Lightning.
http://www.denverpost.com/coloradowildfires2013


Error 403 - Access to this page is forbidden.
Hello '[[${#httpServletRequest.remoteUser}]]', you do not have permission to access this page.


Preparation time
over 2 hours
Cooking time
10 to 30 mins
Serves
Serves 4
Homemade pasta is a special treat that is definitely worth the effort. Top with a flavourful anchovy sauce for a taste of Italy.
Place the semolina flour into a large mixing bowl. Make a well in the middle, then slowly mix in enough warm water to form a firm dough.
Turn the pasta out onto a floured work surface and knead until smooth and elastic. Wrap the dough in cling film and set aside to rest for about 2 hours.
Cut the dough into 4 equal pieces. Flour the pasta machine and feed each piece through to form cavatelli. Set aside the pasta on a lightly floured tray and cover with a tea towel as you work through the remaining dough.
Bring a large pan of salted water to the boil, add the cavatelli and broccoli and blanch for 1-2 minutes.
Heat a frying pan over a high heat and add the olive oil. Fry the garlic and chilli for 2-3 minutes, or until golden-brown. Add the chopped anchovies and cook, stirring frequently, until they break down in the pan.
Drain the pasta and broccoli, reserving some of the pasta cooking liquid, and add to the pan. Add the colatura and mix well, then add a splash of the pasta cooking liquid. Stir well to coat the pasta in the sauce.
To serve, spoon the pasta onto serving plates and sprinkle over the grated bottarga.


HibisKISS Ayurvedic Vikriti Questionnaire
The characteristics below are considered to change throughout your life. They are affected by current lifestyle choices, diet, age, season, time of day and emotional stressors. These factors help to determine your current state of being, also known as you vikriti. Circle the boxes below in each column that best represent your current experiences, or the closest match. You may check off as many boxes per column that apply. If no box applies in a column, leave blank.
Current Physical Doshic State
| Vata | Pitta | Kapha | |
|---|---|---|---|
| Eating Habits | Irregular | Regular | Excessive |
| Sleeping Habits | Irregular | Regular | Excessive |
| Weight | Underweight | Regular | Overweight |
| Appetite | Irregular | Strong | Steady |
| Digestion | Irregular (gas/burping) | Good (acid indigestion) | Slow |
| Metabolism | Quick | Average | Slow |
| Elimination | Irregular (constipation) | Regular (loose stool) | Slow but regular |
| Enerygy Level | Irregular (comes in bursts) | Moderate/Focused | Low/Slow Paced |
| Endurance | Low | Moderate | High |
| Resistance to Illness | Low | Moderate | Strong |
| Skin | Thin/Dry/Rough/Itchy | Aggravated/Rashes/Hives | Thick/Congested/Oily |
| Joints | Stiff/Cracking/Tearing Pain | Inflamed/Tender/Sharp Pain | Aches/Swollen/Dull Pain |
Current Mental and Emotional Doshic State
| Vata | Pitta | Kapha | |
|---|---|---|---|
| Routine | Dislikes/Restless | Plans/Logical | Likes/Resists Change |
| Memory | Quick but Absentminded | Sharp Memory/Focused Mind | Slow with good Retention |
| Decision Making | Difficult/Active Mind | Quick/Decisive | Takes time/Gathers details |
| Concentration | Spacey/Scattered | Clear/Sharp | Stable/Dull |
| Speech Pattern | Quick/Talkative | Concise/Orderly/Fluid | Slow/Deep/Conservative |
| Mannerisms | Enthusiastic/Lively/Flexible | Competitive/Purposeful/Intense | Stable/Calm/Composed |
| Work Traits | Imaginative/Inventive | Efficient/Organized/Accurate | Deailed/Methodical |
| Stress Response | Anxious/Nervous/Fearful | Irritable/Resentful/Angry | Greedy/Denial/Depressed |
| Social Preference | Large Gatherings | Small Gatherings | Time Alone |
| Spending Habits | Impulsive | Budgets | Reluctant/Saves |
| Food Cravings | Light/Cold/Raw/Caffiene | Spicy/Hot/Fried/Sour | Sweet/Heavy/Dairy/Beef |
| Climate Preference | Tropical | Cool & Dry | Dry & Warm |


Hanif Ali — https://github.com/hanif
The Unix philosophy emphasizes building simple, short, clear, modular, and extensible code that can be easily maintained and repurposed by developers other than its creators. The Unix philosophy favors composability as opposed to monolithic design.
| Bare Device | Virtualization | Container |
|---|---|---|
| Your Laptop, PC, etc | Virtualbox, VMware, Parallels, etc | Docker, LCX, etc |
$>echo $SHELL
to know your shell.$
and
#
.rm -rf /
.bash
is the default shell for almost all system.sh
and
bash
, are they the same?bash
vs
zsh
fish
,
ksh
,
tcsh
,
ash
,
dash
, etc.man bash
,
man zsh
, etc.sh --version
#!/bin/sh
sounds familiar?printenv
and
env
declare -p
Secure Shell (SSH) is a cryptographic network protocol for operating network services securely over an unsecured network. The best known example application is for remote login to computer systems by users.
ssh
and
telnet
scp
,
rsync
,
sftp
ssh user@host
ssh -D 2121 user@host
scp ~/Documents/hello.txt user@host:~/my-private-folder
scp user@host:~/my-file.pdf ~/Downloads
ssh
,
scp
, and
sftp
|
|
|
|
|
|
Source: http://www.oreilly.com/openbook/debian/book/appa_01.html
Source: http://thelinuxstuff.blogspot.co.id/2012/07/linux-file-permissions.html
chmod 0777 ./my-file
chmod 0644 ./my-file
chmod 0744 ./my-file
chmod u=rwx ./my-file
chmod o+r ./my-file
chmod a+x ./my-file
chmod g-w ./my-file
Source: http://muneel.com/2016/12/28/creating-symbolic-link-soft-link-in-linux/
Source: https://www.linuxunit.com/io-redirection-stdin-stdout-stderr-streams/
Source: http://geek-university.com/linux/redirect-input-and-output/


Go 1.12 Release Notes - The Go Programming Language Go is an open source programming language that makes it easy to build simple, reliable, and efficient software.
Deep thoughts on other languages Like Rust, Go, etc. Prompted by repeated questions about what I thought of a variety of other languages, I decided to discuss some of the finer points of more modern languages like StopLang and ZnO. See https://handmadehero.org for more details.
Remove custom tuple type with built-in one by terrajobst · Pull Request #29 · terrajobst/nquery-vnext Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
Ixigo CEO denies breach of user data; says payments information is not stored We have not found any evidence to confirm this breach as of now although we continue to investigate further with security experts, said Ixigo's Aloke Bajpai.
Live Cyber Attack Workshop | Varonis Live Cyber Attack Lab #3 Our incident response team is seeing an uptick in adversaries using a very tricky man-in-the-middle attack to bypass MFA, breach Office 365 tenants, and pivot to on-prem systems. Join us to see how the at...
zeux/meshoptimizer Mesh optimization library that makes meshes smaller and faster to render - zeux/meshoptimizer
Remove using leaves leading lines · Issue #34201 · dotnet/roslyn Version Used: 15.9.9 Steps to Reproduce: Configure code style to have blank lines between different using groups Apply "Remove redundant using" on System here: using System; using Xunit; ...
Error 997. Overlapped I/O operation is in progress: KB2918614 breaks Windows Installer Service Certain MSI packages may fail with an error "Error 997. Overlapped I/O operation is in progress"
Move to new file doesn't honor charset in .editorconfig · Issue #34200 · dotnet/roslyn Version Used: 15.9.9 Steps to Reproduce: Have an .editorconfig with charset = utf-8 Open an existing file (encoding irrelvant) Add a type to the file Apply "Move type to new file" refacto...


Ann, Nat, Pip, Pat, Tan. Ann is "it". Ann taps Nat. Nat sits. Ann pats Pip. Pip sits. Ann pats Tan. Tan sits. Ann taps Pat. Pat pants. Ann pants.


AlleyWatch Interviews "Father of Sensors (and Recent Gilt Presenter!) Dr. Janusz Bryzek
The NYC-centric tech website AlleyWatch just published an interview with Dr. Janusz Bryzek, the “Father of Sensors” (and of Gilt co-founder and CTO Michael Bryzek!) Dr. Bryzek gave a fascinating presentation at our 2 Park Avenue office just before Thanksgiving–click here to view the slides.
An excerpt from AlleyWatch’s interview:
[Dr. Bryzek]: We are currently working on the development of the list of large applications; we call them TApps (trillion sensor apps). In the next step, we will produce TSensors Roadmap characterizing major sensing technologies capable of supporting each TApp. The following step will be a selection of new sensing technologies with the largest global impact, and focus on acceleration of their commercialization.
My vision for fastest commercialization is through the startups: recruiting technology developers and licensing their technology to new organizations. The new organization would have to have the Board including successful entrepreneurs with scars from sensor commercialization, such as myself and many of my friends, to help founders to eliminate errors we have made. We would also want to give them direction for what not to do, which is usually speeding up (dramatically) commercialization.


QueryHeaderOrBuilder |
ContractCallLocalQuery.Builder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractCallLocalQuery.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractCallLocalQueryOrBuilder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetBytecodeQuery.Builder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetBytecodeQuery.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetBytecodeQueryOrBuilder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetInfoQuery.Builder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetInfoQuery.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetInfoQueryOrBuilder.getHeaderOrBuilder() |
standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetRecordsQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetRecordsQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
ContractGetRecordsQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountBalanceQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountBalanceQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountBalanceQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountRecordsQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountRecordsQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetAccountRecordsQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetClaimQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetClaimQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetClaimQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetInfoQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetInfoQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetInfoQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetStakersQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetStakersQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
CryptoGetStakersQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetContentsQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetContentsQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetContentsQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetInfoQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetInfoQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
FileGetInfoQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetByKeyQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetByKeyQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetByKeyQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetBySolidityIDQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetBySolidityIDQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
GetBySolidityIDQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetFastRecordQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetFastRecordQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetFastRecordQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetReceiptQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetReceiptQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetReceiptQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetRecordQuery.Builder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetRecordQuery.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|
QueryHeaderOrBuilder |
TransactionGetRecordQueryOrBuilder.getHeaderOrBuilder() |
Standard info sent from client to node, including the signed payment, and what kind of response is requested (cost, state proof, both, or neither).
|


Represents an actual row in a list box, primarily a vector of ListItem objects.
More...
#include <TFW.h>
|
| void * | refCon = nullptr |
| | user-defined refCon tied to this row, uniquely identifies the data More...
|
| |
|
| unsigned | sequNr = 0 |
| | order, in which rows had been added, sorting order of "unsorted" data More...
|
| |
Represents an actual row in a list box, primarily a vector of ListItem objects.
◆ ListRow()
| TFW::ListRow::ListRow |
( |
void * |
_refCon, |
|
|
std::initializer_list< ListItem > |
_fields = {} |
|
) |
| |
Constructor creates a row.
- Parameters
-
| _refCon | Application-defined refCon, unique for this row |
| _fields | A list of field values / elements in the row |
◆ elemLess()
compare function on any element, used for sorting
- Returns
- Is
(*this)[_col]
less than o[_col]
?
- Parameters
-
| o | The other ListRow to compare with |
| _col | Column id (vector idx) of element to compare |
| _sorted | List is sorted in which way? |
| _dataType | Data type to use for comparison |
◆ GetSequNr()
| unsigned TFW::ListRow::GetSequNr |
( |
| ) |
const |
|
inline |
Get row's sequence number.
◆ operator==()
| bool TFW::ListRow::operator== |
( |
const ListRow & |
o | ) |
const |
|
inline |
equality is defined via refCon
. So for identifying the row it should be set uniquely
◆ SetSequNr()
| void TFW::ListRow::SetSequNr |
( |
unsigned |
_s | ) |
|
|
inlineprotected |
Get row's sequence number.
◆ ListBox
◆ refCon
| void* TFW::ListRow::refCon = nullptr |
user-defined refCon tied to this row, uniquely identifies the data
◆ sequNr
| unsigned TFW::ListRow::sequNr = 0 |
|
protected |
order, in which rows had been added, sorting order of "unsorted" data
The documentation for this class was generated from the following files:


Download Form UI - Build a Gadget
Form UI Platform Installation & Setup
Extract the Form UI.zip to a folder (ex: c:\dev\Form-ui). This is your application root folder.
Node.js® is a JavaScript runtime built on Chrome's V8 JavaScript engine. Node.js uses an event-driven, non-blocking I/O model that makes it lightweight and efficient. Node.js' package ecosystem, npm, is the largest ecosystem of open source libraries in the world. Use a pre-built installer for your platform @ http://nodejs.org/download
In order to get started, you'll want to install Grunt's command line interface (CLI) globally. You may need to use sudo (for OSX, *nix, BSD etc) or run your command shell as Administrator (for Windows) to do this.
Run the command:
npm install -g grunt-cli
The -g flag will put the grunt command in your system path, allowing it to be run from any directory.
Run the command:
npm install
Run the command:
grunt serve --proxy heroku
Open browser and go to http://localhost:5001


R Markdown can help generate:
It enables you to:
What is great about R Markdown documents is that they are fully reproducible and support many static and dynamic output formats, to name a few: PDF, HTML, MS Word, Beamer… You can incorporate narrative text and code of your data analysis to produce an elegantly formatted story telling journey.
It is a variant of Markdown that has embedded R code chunks (denoted by three back ticks), to be used with knitr to make it easy to create reproducible web-based reports.
R Markdown is a plain text file that has the extension .Rmd
To use R Markdown you will need to install the package from CRAN and load it with:
install.packages("rmakdown", repos = "http://cran.us.r-project.org")
suppressPackageStartupMessages(library(rmarkdown))
Task 1:
Open the file RMarkdown_Intro.Rmd
Change the title of the Markdown Document from My First Markdown Document
to RMarkdown Introduction
.
Click the “Knit” button to see the compiled version of your sample code.
Task 2: Let’s format this document further by
Changing the author of the document to your own name
Rewriting the first sentence of the document to say “This is my first R Markdown document.”
Recompiling the document so you can see your changes
You can turn a word into a link by surrounding it in hard brackets: [ ] and then placing the link behind it in parentheses: ( ), like this:
[RStudio](www.rstudio.com)
Task 3: Make GitHub in the following paragraph link to https://github.com/DataTeka
To embed formatting instructions into your document using Markdown, you would surround text by:
one asterisk to make it italic: italic
two asterisks to make it bold: bold and
backticks to make it monospaced: monospaced
.
To make an ordered list you need to place each item on a new line after a number followed by a period followed by a space: 1. order list 2. second item
💡! Note that you need to place a blank line between the list and any paragraphs that come before it.
Task 4:
When analysing data,… The variables can be one of two broad types:
1) Attribute variable: has its outcomes described in terms of its characteristics or attributes;
2) Measured variable: has the resulting outcome expressed in numerical terms.
R
codeTo embed an R code chunk you would use three back ticks:
```{r}
chunk of code
```
Task 5: Replace the cars
data set with the gapminder
data set. Don’t forget to load gapminder
package using library(gapminder)
.
R
codeYou can also embed plots by setting echo = FALSE
to the code chunk to
prevent printing of the R code that generates the plot:
```{r, echo=FALSE}
chunk of code
```
Task 6: Replace the base boxplot of mpg
vs. cyl
by a ggplot
’s boxplot to examine a relationship between continent
and lifeExp
(remember to use some of the dplyr
functions too!).
suppressPackageStartupMessages(library(dplyr))
library(ggplot2)
# ggplot boxplot
ggplot(gapminder, aes(x = continent, y = lifeExp)) +
geom_boxplot(outlier.colour = "hotpink") +
geom_jitter(position = position_jitter(width = 0.1, height = 0),
alpha = .2) +
labs (title= "Life Exp. vs. Continent",
x = "Continent", y = "Life Exp.") +
theme(legend.position = "none",
panel.border = element_rect(fill = NA,
colour = "black",
size = .75),
plot.title=element_text(hjust=0.5))
Finally, if you wish to add mathematical equations to your Markdown document you can easily embed LaTeX math equations into your report.
To display equation in its own line it needs to be surrounded by the double dollar symbol
$$
y = a + bx
$$
,
or to embed an equation in line within the text you would use only one dollar symbol: $y = a + bx$
.
Task 7: Display the equation in the Including Mathematical Equations paragraph into its own line.
You would definitely find the following useful:
© 2019 Tatjana Kecojevic


Documentation / Persist
Save
Save will either insert or update the bean depending on its state.
Order order = new Order();
order.setOrderDate(new Date());
...
// insert the order
order.save();
If the bean was fetched it will be updated...
Order order = DB.find(Order.class, 42);
order.setStatus(SHIPPED);
...
// update the order
order.save();
Save and Delete will CASCADE based on the CascadeType specificed on the associated @OneToMany, @OneToOne etc annotation.
By default save and delete will not cascade so you need to specify a cascade type (such as the one on details below) for save() or delete() to cascade.
...
@Entity
@Table(name="orders")
public class Order {
...
@ManyToOne // no cascading
Customer customer;
@OneToMany(cascade=CascadeType.ALL) // save and delete cascaded
List<OrderDetail> details;
...
Note the @OneToMany(cascade=CascadeType.ALL) on the details property. This means save() and delete() will both casade from order to its order details.
...
// save the order ... will cascade also saving the order details
DB.save(order);
Delete
Delete is very similar to save. Just call DB.delete();
...
Order order = DB.find(Order.class, 12);
// delete the order
// ... this will cascade also deleting the order details
// ... with either CascadeType.ALL or CascadeType.REMOVE
DB.delete(order);
Cascading
The mapping annotations @ManyToOne, @OneToMany, @OneToOne and @ManyToMany provide a cascade attribute which is used to control whether saves and deletes are cascaded.
The default is to not cascade a save or delete (as per JPA spec).
The example below shows the Order entity bean with its mapping annotations. If you save an Order the details will be saved as well but the associated customer will not be saved as there is no cascade atttribute and the default is to not cascade.
...
@Entity
@Table(name="orders")
public class Order {
...
@ManyToOne // no cascading
Customer customer;
@OneToMany(cascade=CascadeType.ALL) // save and delete cascaded
List<OrderDetail> details;
Bulk updates
Update provides a way on issuing a insert, update or delete statement.
This is useful for updating or deleting multiple rows (or a single row) with a single statement (often described as a "bulk" update).
This is also useful if you want to perform an update or delete without having to execute a query first. This is a typical approach for performing an update in a stateless web application.
The statement can be provided in as raw DML with the table names and column names or in a 'logical' form where entity name is used in place of the table name and property names are used in place of column names.
// orm bulk delete use bean name and bean properties
DB.createUpdate(OrderDetail.class, "delete from orderDetail").execute();
// sql bulk update uses table and column names
DB.sqlUpdate("delete from country").execute();
Bulk SQL updates
In similar fashion to SqlQuery you can specify a SQL INSERT, UPDATE or DELETE statement with named or positioned parameters.
String dml = "update b_bug set title=:title where id = :id";
int rows = DB.sqlUpdate(dml)
.setParameter("title", "Updated Again")
.setParameter("id", 1)
.execute();
CallableSql
CallableSql provides a way to call a database stored procedure.
String sql = "{call sp_order_mod(?,?)}";
CallableSql cs = DB.createCallableSql(sql);
cs.setParameter(1, "turbo");
cs.registerOut(2, Types.INTEGER);
DB.execute(cs);
// read the out parameter
Integer returnValue = (Integer) cs.getObject(2);
You can extend CallableSql and you can also get the java.sql.Connection from a Transaction and use raw JDBC API to call a stored procedure.
Raw JDBC
You can't always predict when your application requirements can't be met with the features in Ebean. It is nice to know you can easily use raw JDBC if and when you need to.
The java.sql.Connection object can be returned from a transaction, and with that you can perform any raw JDBC calls you like.
This may be useful for Savepoints, advanced Clob/Blob use or advanced stored procedure calls (if CallableSql doesn't do the business for you).
try (Transaction transaction = DB.beginTransaction()) {
Connection connection = transaction.getConnection();
// use raw JDBC
...
transaction.commit();
}
JDBC Batch
Ebean provides support for JDBC batch processing. Batch processing groups related SQL statements into a batch and submits them with one call to the database.
Batch settings can be configured through application.properties or through DatabaseConfig, and can be overridden per transaction.
You can set the batch mode for the entity being saved through setBatch() and for its child collections through setCascadeBatch().
...(under construction)... need to provide better guidance on how to determine batch mode, child batch mode, and batch size
Transaction transaction = database.beginTransaction();
try {
// turn of cascade persist
transaction.setCascadePersist(false);
// control the jdbc batch mode and size
// transaction.setBatchMode(true); // equivalent to transaction.setBatch(PersistBatch.ALL);
// transaction.setBatchMode(false); // equivalent to transaction.setBatch(PersistBatch.NONE);
transaction.setBatch(PersistBatch.ALL); // PersistBatch: NONE, INSERT, ALL
transaction.setCascadeBatch(PersistBatch.INSERT); // PersistBatch: NONE, INSERT, ALL
transaction.setBatchSize(30);
// for a large batch insert if you want to skip
// getting the generated keys
transaction.setGetGeneratedKeys(false);
// for batch processing via raw SQL you can inform
// Ebean what tables were modified so that it can
// clear the appropriate L2 caches
String tableName = "customer";
boolean inserts = true;
boolean upates = true;
boolean deletes = false;
transaction.addModification(tableName, inserts, updates, deletes);
...
} finally {
transaction.end();
}
@Transactional(batchSize = 50)
public void goodStuff() {
order.save()
customer.save()
}


--- layout: default title: Loading ajax content description: Fetch data from an api, then add it to Shuffle. image: /demos/ajax.jpg extraJS: ["demos/ajax.js"] externalJS: ["https://unpkg.com/whatwg-fetch"] prism: true photoCredit: false ---
This demo builds off the adding and removing demo to append new items after fetching them from an API and follows the same pattern:
#grid
) however you like. You could use insertAdjacentHTML
, jQuery.append
, or any other method of inserting new content.add(newItemsArray)
on your shuffle instance.The data comes from https://reqres.in.


This server provides a searchable database of neuroscientific datasets published via both the CRCNS (Collaborative Research in Computational Neuroscience) and the data publication platform GIN hosted by the German Neuroinformatics Node.
odML (open metadata Markup Language) is a file format for storing heterogeneous metadata. The underlying data model offers an approach to store metadata in a structured human- and machine-readable way. Find out more about the format on the main odML project page.
odML can be exported to RDF to enable search multiple documents using the SPARQL query language.


This sophisticated assessment test is supposed to inform you about which job could potentially
be
suitable for you.
The evaluated positions comprise:
Chief executive officer
Chief financial officer
Chief technical officer
note: trying to copy from your neighbor is not recommend as the answers are randomly arranged aswell as the answers..
You
can still give it a shot but they result might be surprising :)
Sorry!
You have not yet ticked an answer for every question or have already evaluated a result! Please make sure neither of them is the case!


|
|
void | Clear () |
| |
|
void | Push (T t) |
| |
|
T * | PushArr (int count) |
| |
|
T | Pop () |
| |
|
void | PopArr (int count) |
| |
|
bool | Empty () const |
| |
|
T & | operator[] (int i) |
| |
|
const T & | operator[] (int i) const |
| |
|
const T & | PeekTop () const |
| |
|
int | Size () const |
| |
|
int | Capacity () const |
| |
|
void | SwapRemove (int i) |
| |
|
const T * | Mem () const |
| |
|
T * | Mem () |
| |
|
|
| DynArray (const DynArray &) |
| |
|
void | operator= (const DynArray &) |
| |
|
void | EnsureCapacity (int cap) |
| |
|
|
T * | _mem |
| |
|
T | _pool [INITIAL_SIZE] |
| |
|
int | _allocated |
| |
|
int | _size |
| |
The documentation for this class was generated from the following file:


A B C D E F G H I J L M N O P R S T U V W
All Classes All Packages
All Classes All Packages
All Classes All Packages
R
- read(long) - Method in class com.cyberfront.crdt.sample.manager.GenericManager
-
Read the value of the POJO at the given timestamp
- read(long) - Method in class com.cyberfront.crdt.sample.manager.JsonManager
-
Read the contents of the current CRDT instance as of the given timestamp
- READ - com.cyberfront.crdt.operation.Operation.OperationType
-
The read operation.
- READ - com.cyberfront.crdt.sample.simulation.Executive.EventType
-
Represents a read operation
- READ_COUNT - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Number of read operations to perform on tests related to internodal synchronization quality
- readCount - Variable in class com.cyberfront.crdt.sample.simulation.Executive
-
Number of read operations remaining to perform
- readCount - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
The number of times to perform a read operation during the simulation
- received - Variable in class com.cyberfront.crdt.sample.simulation.SimCRDTManager
-
List of operations and the associated metadata this SimCRDTManager received
- referenceId - Variable in class com.cyberfront.crdt.sample.simulation.SimOperationManager
-
Identifier for the operations which prompted the creation of this operation
- referenceValue - Variable in class com.cyberfront.crdt.sample.data.SimpleReference
-
The reference to an AbstractDataType derived values associated with this SimpleReference instance
- regenerateJsonSequence(Collection<JsonNode>) - Method in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Given a sequence of differences, reconstitute the sequence of documents iteratively produced by applying each difference in the order given
- regenerateObjectSequence(Collection<JsonNode>) - Method in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Given a collection of JsonNode documents, perform a reverse marshaling of each to generate the POJO's corresponding to the document instances
- registerCrdt(SimCRDTManager<? extends AbstractDataType>) - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Registers the node and username for the owner of the CRDT and the object it manages.
- REJECTED - com.cyberfront.crdt.operation.OperationManager.StatusType
-
The rejected.
- REJECTION_PROBABILITY - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Probability of rejecting an update or delete event once it reaches the "owner" node
- rejectionProbability - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Probability of rejecting an PENDING operation
- rejectProbability - Variable in class com.cyberfront.crdt.sample.simulation.Executive
-
The probability of an owning node rejecting an update or delete operation
- remOperation(Operation) - Method in class com.cyberfront.crdt.LastWriteWins
-
Insert an operation to the REMOVE set
- remOperation(Operation) - Method in class com.cyberfront.crdt.OperationTwoSet
-
Insert an operation to the REMOVE set
- remOperation(Collection<Operation>) - Method in class com.cyberfront.crdt.LastWriteWins
-
Add a collection of operations to the current REMOVE set
- REMOVE - Static variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Constant string for the remove operation
- remSet - Variable in class com.cyberfront.crdt.OperationTwoSet
-
The REMOVE set.
- REMSET - Static variable in class com.cyberfront.crdt.OperationTwoSet
-
Property label for the remove set property
- REPLACE - Static variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Constant string for the replace operation
- REPORT_INVALID_OPERATIONS - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag to indicate whether to report residual invalid operations when detected
- RESPOND_TO_INVALID_OPERATIONS - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag indicating either of the INVALID_OPERATION responses is set to true
- rnd - Static variable in class com.cyberfront.crdt.support.Support
-
A random number generator used to choose values for testing purposes
- router - Variable in class com.cyberfront.crdt.sample.simulation.Executive
-
A queue which manages messages awaiting delivery
All Classes All Packages


--- layout: post title: Insectopia date: 2006-09-19 00:00:00 categories: interfaces-&-interaction mobile play ---
Insectopia: "Insectopia is all about catching insects. The game can be played in a manner of ways, both fast and very slow paced. Will you be the one with a small collection of ultra-rare insects? Or do you aim for the biggest collection ever? Maybe you'll only go for the elusive Pipewine Swallowtail? It's all up to you!"


Audience to which the users belonged while on the current date range.
Tells you where your visitors originated from, such as search engines, social networks or website referrals. Learn more
Bounce Rate
Page Sessions
Organic Search
Measures your user's sources that generate traffic metrics to your website for this month.
No. of clicks to ad that consist of a single impression.
Estimated daily unique views per visitor on the ads.
Estimated total conversions on ads per impressions to ads.
| Browser | Sessions | Bounce Rate | Conversion Rate | |
|---|---|---|---|---|
| Google Chrome | 13,410 | 40.95% | 19.45% | |
| Mozilla Firefox | 1,710 | 47.58% | 19.99% | |
| Apple Safari | 1,340 | 56.50% | 11.00% | |
| Microsoft Edge | 713 | 59.62% | 4.69% | |
| Opera | 380 | 52.50% | 8.75% |
| Acquisition | Behavior | Conversions | |||||||
|---|---|---|---|---|---|---|---|---|---|
| Source | Users | New Users | Sessions | Bounce Rate | Pages/Session | Avg. Session | Transactions | Revenue | Rate |
| Organic search | 350 | 22 | 5,628 | 25.60% | 1.92 | 00:01:05 | 340,103 | $2.65M | 4.50% |
| Social media | 276 | 18 | 5,100 | 23.66% | 1.89 | 00:01:03 | 321,960 | $2.51M | 4.36% |
| Referral | 246 | 17 | 4,880 | 26.22% | 1.78 | 00:01:09 | 302,767 | $2.1M | 4.34% |
| 187 | 14 | 4,450 | 24.97% | 1.35 | 00:02:07 | 279,300 | $1.86M | 3.99% |