---
layout: about
title: Manasulo Maatalu - Writers
type: Writers
section: About
permalink: /writers
---
{% assign reviews = (site.categories['Movie Review']) | size %}
{% assign articles = (site.categories['All Articles']) | size %}
{% assign authors = site.data.authors %}
{% assign title = "" %}
{% for entry in authors %}


|
hcash
2.0.0
hcash
|
#include <ThreadPool.hpp>
Public Member Functions | |
| ThreadPool () | |
| ~ThreadPool () | |
| template<typename FunctionType > | |
| std::future< typename std::result_of< FunctionType()>::type > | submit (FunctionType f) |
|
inline |
|
inline |
|
inline |


The CSS filter
property adds visual effects (like blur and saturation) to any HTML element - often <img> elements:
Change the color of all images to black and white (100% gray):
img {
-webkit-filter: grayscale(100%); /* Chrome, Safari, Opera */
filter: grayscale(100%);
}
Note: The filter property is not supported in Internet Explorer.
The numbers in the table specify the first browser version that fully supports the property.
Numbers followed by -webkit- specify the first version that worked with a prefix.
| Property | |||||
|---|---|---|---|---|---|
| filter | 18.0 -webkit- | Not supported | 35.0 | 6.0 -webkit- | 15.0 -webkit- |
Note: Older versions of Internet Explorer (4.0 to 8.0) supported a non-standard "filter" property that has been deprecated. This was mostly used for opacity when needed support from IE8 and down.
filter: none | blur() | brightness() | contrast() | drop-shadow() | grayscale() | hue-rotate() | invert() | opacity() | saturate() | sepia() | url();
Tip: To use multiple filters, separate each filter with a space (See "More Examples" below).
Note: The filters that use percentage values (i.e. 75%), also accept the value as decimal (i.e. 0.75).
Applies a blur effect to the image. A larger value will create more blur. If no value is specified, 0 is used.
img {
-webkit-filter: blur(5px); /* Chrome, Safari, Opera */
filter: blur(5px);
}
Adjusts the brightness of the image. 0% (0) will make the image completely black. 100% (1) is default and represents the original image. Values over 100% will provide brighter results.
img {
-webkit-filter: brightness(200%); /* Chrome, Safari, Opera */
filter: brightness(200%);
}
Adjusts the contrast of the image. 0% (0) will make the image completely black. 100% (1) is default and represents the original image. Values over 100% will provide results with less contrast.
img {
-webkit-filter: contrast(200%); /* Chrome, Safari, Opera */
filter: contrast(200%);
}
Possible values:
h-shadow - Required. Specifies a pixel value for the horizontal shadow. Negative values place the shadow to the left of the image.
v-shadow - Required. Specifies a pixel value for the vertical shadow. Negative values place the shadow above the image.
blur - Optional. This is the third value, and must be in pixels. Adds a blur effect to the shadow. A larger value will create more blur (the shadow becomes bigger and lighter). Negative values are not allowed. If no value is specified, 0 is used (the shadow's edge is sharp).
color - Optional. Adds a color to the shadow. If not specified, the color depends on the browser (often black).
img {
-webkit-filter: drop-shadow(8px 8px 10px red); /* Chrome, Safari, Opera */
filter: drop-shadow(8px 8px 10px red);
}
Converts the image to grayscale. 0% (0) is default and represents the original image.
100% (1) will make the image completely gray (used for black and white images).
Negative values are not allowed.
img {
-webkit-filter: grayscale(50%); /* Chrome, Safari, Opera */
filter: grayscale(50%);
}
Applies a hue rotation on the image. The value defines the number of degrees around the color circle the image samples will be adjusted. 0deg is default, and represents the original image.
Maximum value is 360deg.
img {
-webkit-filter: hue-rotate(90deg); /* Chrome, Safari, Opera */
filter: hue-rotate(90deg);
}
Inverts the samples in the image. 0% (0) is default and represents the original image. 100% (1) will make the image completely inverted.
Negative values are not allowed.
img {
-webkit-filter: invert(100%); /* Chrome, Safari, Opera */
filter: invert(100%);
}
Sets the opacity level for the image. The opacity-level describes the transparency-level, where:
0% (0) is completely transparent. 100% (1) is default and represents the original image (no transparency).
Negative values are not allowed.
img {
-webkit-filter: opacity(30%); /* Chrome, Safari, Opera */
filter: opacity(30%);
}
Saturates the image. 0% (0) will make the image completely un-saturated. 100% (1) is default and represents the original image. Values over 100% provides super-saturated results.
Negative values are not allowed.
img {
-webkit-filter: saturate(800%); /* Chrome, Safari, Opera */
filter: saturate(800%);
}
Converts the image to sepia. 0% (0) is default and represents the original image. 100% (1) will make the image completely sepia.
Negative values are not allowed.
img {
-webkit-filter: sepia(100%); /* Chrome, Safari, Opera */
filter: sepia(100%);
}
To use multiple filters, separate each filter with a space.
Note: Order is important (i.e. using grayscale() after sepia() will result in a completely gray image).
img {
-webkit-filter: contrast(200%) brightness(150%); /* Chrome, Safari, Opera */
filter: contrast(200%) brightness(150%);
}
A demonstration of all filter functions:
.blur {
-webkit-filter: blur(4px);
filter: blur(4px);
}
.brightness {
-webkit-filter: brightness(0.30);
filter: brightness(0.30);
}
.contrast {
-webkit-filter: contrast(180%);
filter: contrast(180%);
}
.grayscale {
-webkit-filter: grayscale(100%);
filter: grayscale(100%);
}
.huerotate {
-webkit-filter: hue-rotate(180deg);
filter: hue-rotate(180deg);
}
.invert {
-webkit-filter: invert(100%);
filter: invert(100%);
}
.opacity {
-webkit-filter: opacity(50%);
filter: opacity(50%);
}
.saturate {
-webkit-filter: saturate(7);
filter: saturate(7);
}
.sepia {
-webkit-filter: sepia(100%);
filter: sepia(100%);
}
.shadow {
-webkit-filter: drop-shadow(8px 8px 10px green);
filter: drop-shadow(8px 8px 10px green);
}


Woman On Top
The first that strikes you about "Woman On Top" is how non-sophisticated it is. It tells a rather simple, easy-to-follow story that includes only a handful of characters instead of a whole ensemble. There's nothing wrong with this technique and it's something I haven't seen used well in a long time. This is a movie that shows you all you need is some heart to tell a good story.
When you think of a "simple" movie what comes to mind? If you're having trouble with that question it's probably because you've been so conditioned by Hollywood to think everything has to be complex, intricate, fast-paced and sometimes confusing to be fun to watch.  It just tells the story of "girl leaves boy, boy tries to get girl back."
"This is the story of love, motion sickness and cooking," explains the narrator over the opening sequences in which our heroine, Isabella, is introduced. She's a beautiful Brazilian woman with a gift for cooking but suffers from the worst case of motion sickness. We're told that Isabella must control her motions and movement so she won't get sick. She has to be behind the wheel when in a car, she has to lead while dancing and she has to be on top during sex. She's the chef at a thriving restaurant owned and managed by her husband Toninho. He understands her motion sickness problem but it humiliates him so he tries to be with another woman to "prove his manhood" but is caught in the act. Isabella flees to San Francisco to be with her transvestite friend Monica (a former resident of her village) and look for a job where she can use her uncanny culinary skills.
I never thought great cooking could be thought of or used as a "super power" like in comic books, but this movie is able to pull off that notion. There's a scene when Isabella arrives in the U.S. and cooks a spicy dish and the aroma is so powerful it knocks out a man in his apartment across the street. The man's name is Cliff, a local television producer looking for a show to fill the 7:30 time slot and asks Isabella if she'd like her own cooking show. This all comes about after a pretty lighthearted and silly routine where all the men in San Francisco follow her around because they're just so attached to her natural aroma ("aura aroma" if you will). She's so charming that when she walks by some wilting flowers they spring up and bloom instantly (a cartoony phallic symbol but it's cute).
Meanwhile Toninho's restaurant is tanking without Isabella, plus the fact that he blasphemes the ocean goddess the village residents worships. This was one aspect of the film I wasn't sure how seriously we're expected to take it. It's hard to believe in this day people would still be part of a pantheist religion. The characters seem genuinely affirmed in their faith and there's even a few sequences in which they go through some rituals and pray to the sea goddess. I have a feeling American audiences are going to find this aspect silly, if not completely absurd and I can understand that. As a critic I find it at least a little interesting because of its originality, although I think the film could have been much better had the characters been more assured of themselves rather than leave everything up to the so-called goddess.
But let's not dwell on this, it's actually a moot point. The majority if the story is concerned with both Cliff and Toninho's attempts to woo Isabella. What's so effective here is that you have a hard time deciding who she should be with. Cliff's a pretty nice guy who respects her and gives her a big break. Toninho is really sorry for what he did and when he says he'll change you believe him. I can't recall any other story in which the cheating guy wanted his woman back and was genuinely sincere in all the promises and romantic gestures he makes to get her back.
The screenplay needs work though. Little happens in terms of plot and story for the second half of the film. Isabella's character isn't fleshed out enough, in fact, she comes off as being a little shallow and not as sympathetic as she should be for a woman in her situation. I smiled every time that mystique she possesses did something to the story or made for a cute joke or gag, but I wanted even more.
What the film lacks in story it makes up with in style. It's a quiet, calm and relaxed film - there's no melodramatic/all-or-nothing scenes or storylines. Everything's taken slowly and passively, the characters mostly wait for things to happen to them, they don't take much action themselves. On the soundtrack is a constant rhythm of the soothing bossa nova music that gives the film an authentic, "organic," atmosphere. Despite the fact much of it takes place in the United States in the present day there's almost no pop culture references, nothing hip thrown in for marketing value. It's a pleasant change of pace.
I'll admit "Woman On Top" is pretty minimal filmmaking, but it doesn't come off as half-assed or amateurish or whatever. If you can take its charming elements at face value it'll make you smile. If you want to be a cynic and point out the flaws then the only reason it'll fail is because you wouldn't allow it to.
GRADE: B
You can also read this review at: http://www.epinions.com/mvie-review-3EB8-A4651CB-39E13532-prod1 And other reviews on the same topic at: http://www.epinions.com/mvie Check out my profile page at: http://www.epinions.com/user-chad9976
Chad'z Movie Page is back! In-depth reviews of nearly all mainstream films playing at your local cineplex. There's also reviews of a few classic films and some of your personal favorites.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Create a GitHub report card for "
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{% if collection.automatic %}
{% include "components/others/badge.html" with type="danger" badge_name="automatic" %}
{% else %}
{% include "components/others/badge.html" with type="success" badge_name="manuel" %}
{% endif %}
{% empty %}
{% trans "Vous n'avez pas encore de collections" %}


Analyses loops and reports if any resource-greedy array functions are being used (e.g. 'array_merge(...)').


Installation¶
Installation with pip
is recommended. To use Granger Causality additional dependency of nitime
is required. For detailed instructions, see below.
Requirements¶
Python >=3.6 and R >=4.0
Install the R package requirements as follows in R.
> install.packages("BiocManager")
> BiocManager::install("graph")
> BiocManager::install("RBGL")
> install.packages("pcalg")
> install.packages("kpcalg")
Install timeawarepc
using pip
¶
$ pip install timeawarepc
To install timeawarepc
with nitime
also:
$ pip install nitime


;
awesome-list
My Awesome List of anything cool that my curious mind finds interesting
Ansible
Awesome Lists
CI/CD
Data Science
Docker
DynamoDB
Elasticsearch
Environment Setups
Epic Github Repos
Golang
Grafana
Great Blogs
Knowledge Base
Kubernetes
Kubernetes Storage
Machine Learning
Monitoring
MongoDB
Programming
Queues
Self Hosting
Email Server Setups
Mailscanner Server Setups
Serverless
Sysadmin References
VPN
Web Frameworks
Ansible
Kubernetes on LXC with Ansible
Awesome Lists
Awesome ChatOps
Awesome Scalability
Awesome Drone
Epic Github Repos
mlabouardy
Authentication
Nginx ES and Kibana Proxy with LDAP
Data Science
bulutyazilim - datascience awesome list
Grafana
[Grafana Dashboards @mlabouardy]
Docker
Deploy Stacks to your Swarm: :whale: :heart:
Logging:
shazChaudhry Swarm GELF Stack
Metrics:
StefanProdan - Prometheus, Grafana, cAdvisor, Node Exporter and Alert Manager
Mlabouardy - Telegraf, InfluxDB, Chronograf, Kapacitor & Slack
Awesome Docker Repos
Jess’s Dockerfiles
Firecat53’s Dockerfiles
RaspberryPi ARM Images:
arm32v6/alpine:edge
arm32v6/golang:alpine
arm32v6/haproxy:alpine
arm32v6/node:alpine
arm32v6/openjdk:alpine
arm32v6/postgres:alpine
arm32v6/python:2.7-alpine3.6
arm32v6/python:3.6-alpine3.6
arm32v6/rabbitmq:alpine
arm32v6/redis:alpine
arm32v6/ruby:alpine3.6
arm32v6/tomcat:alpine
arm32v6/traefik:latest
arm32v7/debian:lates
hypriot/rpi-redis
jixer/rpi-mongo
alexellis/armhf
zeiot: rpi-prometheus stack
larmog
Rpi MongoDB
ARM Swarm
Docker Image Repositories
Docker Hub: arm32v6
Docker Hub: armv7
Github: Luvres Armhf
Apache/PHP7 on Alpine
Tomcat on Alpine
Nginx (jwilder)
Alpine Images (smebberson)
SameerSbn
Linuxserver.io
Apache-PHP5
Apache-PHP-Email
Docker-Awesome-Lists
Java Docker Services
shouse Docker Awesome List
Docker Blogs:
Whoami used in Traefik Docs
Sqlite with Docker
Rails with Postgres and Redis
Async Tasks with Flask and Redis
Flask and Postgres
Elastic Beats on RaspberryPi
Docker Storage
Rancher Convoy
Flocker
EMC ScaleIO
RexRay Ceph with Ansible
ContainX
OpenFaas:
FaaS Releases
FaaS Workshop
Prometheus / Grafana on Swarm:
StefanProdan - SwarmProm
Monitoring with Prometheus
UschtWill - Prometheus Grafana Elastalert
Chmod-Org Promethus with Blackbox
Finestructure: Prometheus Tutorial
Logging / Kibana / Beats
Libraries
Loguru
|
Flask Example with Loguru
Frameworks
shazChaudhry Swarm GELF Stack
Continious Integration:
Circle-CI
PHP with Circle-CI
Concourse
Setup Concourse Environment with Docker
Getting Started with Concourse and Docker
Concourse Gated Pipelines
Concourse Boilerplate
Jenkins
Modess - PHP with Jenkins
CI/CD Nodejs Tutorial with Jenkins
[CI/CD Nodejs Tutorial with Jenkins @medium]
(https://medium.com/
@mosheezderman/how-to-set-up-ci-cd-pipeline-for-a-node-js-app-with-jenkins-c51581cc783c
)
Epic CICD workflow with Jenkins, Gitlab, Sonar, Nexus
SwarmCi
SwarmCI
Travis-CI
Getting Started with Travis-CI (Original Docs)
Getting Started with Travis-CI (dwyl - nodejs)
Blog Site with Travis-CI (Python)
Build Tests with Python on Travis-CI
Moving app with Travis-CI
LambCI
LambCI
DynamoDB
DynamoDB Docs
AWS DynamoDB: SQL to NoSQL
DynamoDB Best Practices
Choosing the Right Partition Key
10 Things you should know
DynamoDB General Info
Understanding DynamoDB
Elasticsearch
Elasticsearch Documentation
General Recommendation
How Many Shards in my Cluster
Managing Time-Based Indices Efficiently
Elasticsearch Best Practices (Bonsai.io)
AWS ES - Scaling up my Domain
Elasticsearch Cheetsheets:
My ES Cheatsheet
Elasticsearch Blogs
Maximize Elasticsearch Indexing Performance
Autoritative Guide to ES Performance Tuning
Full text Search Queries
Query Elasticsearch
Elasticsearch Tools
Export Data from ES to ES
Environment Setups:
Golang
Knowledge Base
KB HTTPS
How does HTTPS work (Miguel Grinberg)
Kubernetes
Awesome Kubernetes
Kubernetes Cheatsheet
Getting Started: Python application on Kubernetes
Kubernetes Deployments: The Ultimate Guide
Prometheus Monitoring Stack with Kubernetes on DO
Traefik as an Ingress Controller on Minikube
Traefik Ingress with Kubernetes
Manual Connect your Kubernetes from Outside
HTTPS Letsencrypt on k3s
Kubernetes: Nodeport vs Loadbalancer
Prometheus Monitoring Pipeline on Kubernetes
Building a Kubernetes CI/CD Pipeline with Rancher
Building a Kubernetes CI/CD Pipeline with AWS
Gitea and Drone CI/CD on k3s
Serverless with Kubernetes using OpenFaaS and Linkerd2
Managing Kubernetes with kubectl
OpenFaas Workshop on k3s
Kubernetes Hands-On Lab with collabnix
Create ReadWrite Persistent Volumes on Kubernetes
Kubernetes Clusters with k3s and multipass
Kubernetes Storage
Kadalu
Rancher: Longhorn Storage
Golang
Generate Fake Random Data with Golang
Ultimate Golang Study Guide
Great Blogs
Exratione.com
Joelabrahamsson.com
Benjamin Cane
Michael Herman
Charles Leifer
Labouardy
Mark’s Tech Blog
Linuxkit:
Getting Started with Linuxkit
Logging Stacks
shazChaudhry Swarm GELF Stack
Machine Learning:
PracticalAI
Metrics:
AppMetrics with Flask
Scales: Metrics for Python
Graphite: Python Flask Metrics
MongoDB:
Setup MongoDB Cluster
MongoDB Scripts
MongoDB Monitoring Tools
Roles with MongoDB
Queries: Guru99
Queries: Exploratory
Queries: Tutorialspoint
Queries: MongoDB Cheatsheet
Monitoring
Docker Swarm Monitoring Stack: Telegraf, InfluxDB, Chronograf, Kapacitor
github source
Docker Swarm Monitoring Stack: Prometheus, Grafana, cAdvisor, Node Exporter
github source
Prometheus Grafana Docker
Prometheus Blog Seros
Memcached Monitoring
Nagios with Nagios Graph
Slack Alerts with Prometheus
Local Prometheus Stack
Docker Swarm Promethus Setup #1
Docker Swarm Prometheus Setup #1: Blog
Docker Swarm Promethus Setup #2
Docker Swarm Promethus Setup #3 (Blackbox)
Uptime (fzaninotto)
Monitoring and Alerting
Cabot (Lightweight Pagerduty)
Nagios
Monitoring as Statuspages
Statuspage (darkpixel
Cachet
Programming
Golang:
Golang Tutorials
Golang Wiki
Java:
Java Spring Boot Examples
Python
Ruby:
Learn Ruby: Learn Ruby the Hard Way
Learn Ruby: Ruby for Beginners
Learn Ruby: Launch School
Learn Ruby: Arrays
Install Ruby Environment on Mac
Ruby on Rails:
Tutorial: Ruby On Rails
Tutorial: ROR on Docker
Queues
Alpine SQS
Kombu: Messaging library for Python
Python Job Queues with Redis
Sysadmin References:
Sysadmin Command References
Linux Performance Observability Tools
Troubleshooting High IO Wait
IO Monitoring in Linux
IOStat and VMStat for Performance Monitoring
Debugging Heavy Load
Self Hosting
Email Server Setups
Extratione: Postfix Dovecot MySQL Virtual Users Postfixadmin
Extratione: Postfix Dovecot MySQL Virtual Users Postfixadmin (Ubuntu 18)
Linuxsize: Postfix Dovecot MySQL Virtual Users Postfixadmin
Howtoforge: Postfix, MySQL, Dovecto, Dspam
Linuxsize: VirtualUsers, MySQL, Postfix, Dovecot
Mailscanner Server Setups
Spamassassin with Debian 8
Financial
SelfHosted Firefly
Self Hosting Frameworks:
Sandstorm
Serverless
Serverless Zappa
Serverless Contact Form
Serverless Authentication on AWS (danilop)
VPN:
VPN-Howto:
Ubuntu OpenVPN Script
Ubuntu IPSec Script
DO - Setup OpenVPN on Ubuntu
Elasticshosts - IPSec VPN
PPTP/IPSec/OpenVPN Auto Install
Website Templates
Resume Templates
johnmarcampbell resume-site
Web Frameworks
Python Flask:
Python Flask Upload Example
Awesome Flask - humiaozuzu
Awesome Flask Apps - Greyli
Flask over HTTPS (MG)
Flask Advanced Patterns
Flask MVC Boilerplate


11 references to All
System.Management.Automation (11)
engine\parser\Compiler.cs (1)
3902
(r.FromStream == RedirectionStream.Output || r.FromStream == RedirectionStream.
All
));
engine\parser\Parser.cs (1)
6215
case RedirectionStream.
All
: errorStream = ParserStrings.AllStream; break;
engine\runtime\Operations\MiscOps.cs (8)
235
case RedirectionStream.
All
:
877
case RedirectionStream.
All
:
924
return FromStream == RedirectionStream.
All
941
case RedirectionStream.
All
:
982
case RedirectionStream.
All
:
1036
FromStream == RedirectionStream.
All
1056
case RedirectionStream.
All
:
1112
case RedirectionStream.
All
:
engine\runtime\ScriptBlockToPowerShell.cs (1)
720
case RedirectionStream.
All
:


Lǎozǐ #
I am partial to the translation of Derek Lin
Dàodéjīng - Chapter 11 (The use of what has no substantive existence)
[...]
Mix clay
to create a container
In its emptiness, there is
the function of a container
[...]
Therefore,
that which exists is used to create benefit
That which is empty is used to create functionality
Dàodéjīng - Chapter 15 (The exhibition of the qualities of the Dao)
The Tao masters of antiquity
Subtle wonders through mystery
Depths that cannot be discerned
Because one cannot discern them
Therefore one is forced to describe the appearance
Hesitant,
like crossing a wintry river
Cautious,
like fearing four neighbors
Solemn,
like a guest
Loose,
like ice about to melt
Genuine,
like plain wood
Open,
like a valley
Opaque,
like muddy water
Who can be muddled yet desist
In stillness gradually become clear?
Who can be serene yet persist
In motion gradually come alive?
One who holds this Tao does not wish to be overfilled
Because one is not overfilled
Therefore one can preserve and not create anew
Dàodéjīng - Chapter 20 (Being different from ordinary people)
Cease learning, no more worries
Respectful response and scornful response
How much is the difference?
Goodness and evil
How much do they differ?
What the people fear,
I cannot be unafraid
So desolate! How limitless it is!
The people are excited
As if enjoying a great feast
As if climbing up to the terrace in spring
I alone am quiet and uninvolved
Like an infant
not yet smiling
So weary,
like having no place to return
The people all have surplus
While I alone seem lacking
I have the heart of a fool indeed -
so ignorant!
Ordinary people are bright
I alone am muddled
Ordinary people are scrutinizing
I alone am obtuse
So tranquil, like the ocean
So moving, as if without limits
The people all have goals
And I alone am stubborn and lowly
I alone am different from them
And value the nourishing mother


Unfortunately, Spincast hasn't gained a community, so I won't put as much effort into it as I did in the past. But I still want to keep an updated version for my own projects that use it. This version makes Spincast compatible with Java 17 instead of Java 8, and also contains multiple small fixes and improvements.
Note that the documentation may not have been updated to reflect all the new features. When in doubt, the code is of course the source of Truth.
One of the big changes coming with Java 17 is the requirements for the Spincast Hotswap plugin. The DCEVM library is not available as standard for JDK 17, so the currently suggested method of automatically reloading a Spincast application is to use a JetBrains JDK release, which already contains DCEVM. More information on the plugin page!


Rice Ravens FTC Team
We are Rice Ravens: FTC Team 11472 from Plano, Texas!
We are Rice Ravens: FTC Team 11472 from Plano, Texas!
FTC, or First Tech Challenge, is a program that has, for almost a quarter of a century, inspired youth from across the world to pursue careers in the fields of science, engineering, and technology, through robotics competitions. These competitions force teens to find unique and innovative ways to solve problems that arise from a number of different challenges.
We at Rice Middle School formed a FTC team in hope that we would learn and experience hands-on STEM and engineering.
Our team is very devoted to FTC; we spend over a hundred hours just during meeting this school year. Our team members listed below have all help this team greatly in many ways.
Our robot was built, destroyed, built, destroyed, and built again. Every time we attended a FTC match, we got new ideas and improved our robot. Most of our parts were bought from AndyMark, although in the final stage of the robot, we used VEX parts to create a shell for the robot.


The orientation of the device reading the save-position.html file is displayed on the sphere below. You can better see your movements by rotating the sphere (just use your mouse to do that).
Current longitude: 0°
Current latitude: 0°
Current screen orientation:


Sites That Haven't Been Used in 100 Days
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Home
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Experimental Features
☰ Menu
URL
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Time


interface ConfigurationLoader : ComponentLoader<Configuration>
An extended ComponentLoader that is responsible for loading Configuration instances.
The method in which the configuration is loaded is to be defined through an implementation.
See Also
abstract fun load(): TComponent
Loads a component. |
class JsonConfigurationLoader : ConfigurationLoader
An implementation of ConfigurationLoader that loads configuration from a JSON file. |


Amongst other things, here are some of the things that Neurotec Offers:
- Hundreds of Vehicles of all time periods and shapes, ranging from the tiny cavaliers of WWI to modern tanks that wouldn't hesitate to break your wall down and blow up your house.
- Crews: You have a tank crew, and if they're killed, your tank won't function correctly!
- Realism: Most vehicles have fuel and ammunitions supplies that must be maintained, lest you become boned on the battlefield!

- Sophisticated AI: In a Multiplayer Server, or a single-player LAN game, type "bot" into the console and spawn a tank; you'll instantly have an opponent to fight against. And if that's not enough, the bots are intellegent enough to speak to you via text chat!
- New Weapons: Take on the Stinger, Jericho Launcher, RPG-7, and more to kill your way to victory!
- Pretty Explosions: Get ready for cinematic shots; the particle effects have been reworked and are fantastic!
- Nukes: You literally can't go wrong with this; I don't even need to explain this.
- No Requirements: Just download the mod and fire it up; you don't need any external source games like Counter-Strike: Source.
- Free: Free as in no money, but also Free as in Freedom; all of our code and resources can be used in your project (with proper attribution).
So, are you ready to download it yet? If you are, Click Here to be taken to the Download Page!
Skeptical about our claims? Click Here to be taken to our media page!


To overcome this just use node.insertBefore which will always succeeds (it seems so at least). It is so just just because of insertBefore add a child to a parent, which already has at least one child and thus is can have children.
Also keeping in mind this constraint:
existingChild.insertBefore(newChild, null/*Feeding FF*/); Assert.areSame(existingChild.parentNode, newChild.parentNode, "children should have the same parent"); Assert.areSame(root, existingchild.parentNode, "[root] should be a parent of [exitingChild]")
/* * root-| * |->existingChild-|-newChild */ // BEFORE: existingChild.parentNode.appendChild(newChild); // AFTER: existingChild.insertBefore(newChild, null);
This is especially useful when you have no idea what existingChild or root can be (as it is in WYSYWYG HTML editors) and seems to be much better and exactly what users need.


Created: 29/05/2014
By: ThemeStarz
Email<EMAIL_ADDRESS>Thank you for purchasing our theme. If you have any questions that are beyond the scope of this help file, please feel free to email via my user page contact form here. Thanks so much!
You can choose between three header types:
To set your favorite header style you need to add some classes in the
tag:
1. For Default Navigation:
 // your HTML content
For default navigation you don't need to use any class.
2. For Navigation Fixed to Bottom:
 // your HTML content
Note: Note the has-fullscreen-map
class. It must be used when you use navigation-fixed-bottom
3. For Navigation Fixed to Top:
 // your HTML content
Zoner is the first real estate template which supports OpenStreetMap. So you can choose between these maps:
Setting the Homepage map:
map-google
class to the
tag
_latitude
, _longitude
and call function createHomepageGoogleMap(_latitude,_longitude);
before
end tag // your HTML content   // this script needs to be called every time
map-osm
class to the
tag
_latitude
, _longitude
and call function createHomepageOSM(_latitude,_longitude);
before
end tag // your HTML content   // this script needs to be called every time
You can use parallax effect when scrolling on map and slider.
For the Map:

...

You can enable small thumbnails in the footer to make your web more interesting for users. This is just a funny feature,
but it can make your real estate site quite unique. Properties are loaded from locations.js
so they
are your real properties.
In case you don't want to display these thumbnails, open custom.js
and delete the call for
drawFooterThumbnails();
function.
Zoner loads properties data from locations.js
file as default. It contains array with properties parameters.
Example:
[ "2479 Murphy Court", // Title "Minneapolis, MN 55402", // Locations "$36,000", // Price 48.87, // Latitude 2.29, // Longitude "property-detail.html", // Link to the property detail page "assets/img/properties/property-01.jpg", // Property thumbnail image "assets/img/property-types/apartment.png" // Property type icon ],
You can use block class if you want to add padding-up and padding-down to the whole section. To enable this effect, simply add
has-parallax
class on map or slider element.

 // your HTML content

Zoner uses an SCSS files for styling. If you want to edit source SCSS files, you need to use an SCSS Compiler. Or you can edit regular CSS files located in assets/css
To edit colors, you can open SCSS file located atassets/scss/_variables.scss. But you need mentioned SCSS compiler. Otherwise you can replace all occurrences of the same color in CSS file located at assets/css/style.css
An user can contact you using contact form in the footer. To set e-mail address where you want to receive e-mails and other settings open contact.php located in root directory.
contact.php settings you can change:$to =<EMAIL_ADDRESS>// Here you can set address for receiving emails (usually your email) $subject = 'Message From Your Website Contact Form'; // Message displayed in "subject" label in email
Direct reply to users email
You can also change, how you want to reply to email. You can set the email "from" to be the email which user has provided in contact form,
so you can directly reply him, just to click on "reply" button in your email interface. The code is this:
$headers = 'From: ' .$email . "\r\n"; // Email "from" the same as user has provided. Default state
One incoming email address or "noreply" address
Or you can use one address widely known as<EMAIL_ADDRESS>and users email address
will be displayed in body of the message. Then you need to uncomment (remove "//" dashes) of the commented code and comment the code above.
The final code should look like this:
//$headers = 'From: ' .$email . "\r\n"; $headers = 'From<EMAIL_ADDRESS>. "\r\n"; $body .= ""; $body .= "Email: "; $body .= $email; $body .= "\n";
Note: Your hosting provider has to support PHP in order to make the contact form work.
// newMarkers[i].setVisible(true);
and remove slashes //
// newMarkers[i].setVisible(false);
and remove slashes //
Icons used
Once again, thank you so much for purchasing this theme. As I said at the beginning, I'd be glad to help you if you have any questions relating to this theme. No guarantees, but I'll do my best to assist. If you have a more general question relating to the themes on ThemeForest, you might consider visiting the forums and asking your question in the "Item Discussion" section.
Theme Starz


influenza virus screen RdRp assay cells PR-Gluc RNA Influenza viral JL- activity {border-style px;} #ffffff;} polymerase screening hits inhibitors luciferase using compounds []. targeting (Figure -well compound virus-based Figure HTS MDCK PB, infection negative novel parallel screens signal target S/B Virus baloxavir phenotypic positive IAV control inhibitor strategy acid drug identify infected inhibition library plates primary px; reporter target-based {font-family Assay Gluc RdRp-targeted expressing font-size high-throughput hit identified natural seeded used JL-, PA, [,]. assay, cell double; followed identification incubated measured respectively. robust second specific viruses (PerkinElmer) MOI Res../j.antiviral... approaches border-color border-width carried cell-based controls, data developed endonuclease false firefly flat-bottom, lead pilot products quality ratio, replication screening, shared solid; subjected white, wild-type {font-style {font-weight (Grant (RdRp)-based (a) (b) CV, DMSO HTS. However, Infect. Med. NP, No. Polymerase Protein R.D.; RNA-dependent USA). accuracy approach assessed bold cells/well complex concentration concentrations containing courier; density described discovery effect em; final greatly host major mean measurement. percent plate positives potential proteins pt;} putative range replication-competent screen, screening. selected shown steps structure tested transcription/replication μM,


--- --- Nashville Recommendations We've gathered some recommendations for things to do while you're in Nashville. If you want, you can also download a copy of the list here. {% for diamond in site.data.diamonds.recommendations %} {% if diamond.blank %} {% else %} {% if diamond.url %} {% if diamond.text %} {{ diamond.text }} {% endif %} {% else %} {% endif %} {% endif %} {% endfor %} {% for category in site.data.recommendations %} {{ category.name }} {% for place in category.places %} {{ place.name }} {{ place.description | markdownify }} {% endfor %} {% endfor %}
We've gathered some recommendations for things to do while you're in Nashville. If you want, you can also download a copy of the list here.


Comparing Frontend Approaches Part 7: Final Thoughts
- Part 1: Introduction
- Part 2: jQuery
- Part 3: Vue.js
- Part 4: Vue.js with components
- Part 5: React
- Part 6: Elm
- Part 7: Final thoughts
If you’ve made it this far, congratulations! Here’s a brief summary of the pros and cons of each approach for building this particular notes app:
jQuery #
A direct DOM manipulation based approach.
Pros: Easy to install, easy to learn. Smaller in size than most frameworks.
Cons: Requires diligence with organizing code. Making all appropriate DOM updates when something changes can get complex (“jQuery spaghetti”).
Vue.js #
A template based approach (with a virtual DOM under the hood)
Pros: Easy to install, easy to learn. Smallest size in terms lines of code, one of the smallest in terms of payload.
Cons: Non-trivial amount of Vue specific syntax to learn. Can get harder to organize code in the single file and Vue instance as the app increases in complexity.
Vue.js with components #
The same Vue.js approach, this time with components
Pros: Single file components reduces cognitive load. Increased reusability and simplicity with components.
Cons: Requires complex build step. Passing data down and bubbling events up can be tedious with multiple parent-child components.
React #
A virtual DOM based component approach
Pros: Small API surface. Immutable state improves simplicity. Increased reusability and simplicity with components.
Cons: Requires complex build step. Harder to learn with heavy use of advanced and experimental JS features. Functional approach in JS requires particular care.
Elm #
A statically typed, purely functional approach with virtual DOM
Pros: Static types and immutable data prevent runtime errors. Clear code structure with The Elm Architecture. Smallest payload (as of version 0.19).
Cons: Harder to learn (a totally separate language from JS). Side effects require extra work to wire up.
Note that the purpose here has never been to help you choose which frontend approach is “best”. The answer is always it depends on the context. For an app this small in scale, Vue.js (without components) seems like a good fit, especially since it has the smallest payload and the code is well structured. (Edit: Elm version 0.19 has made a lot of optimizations to reduce payload size and currently is significantly smaller than all other approaches here!) But most apps tend to increase in scope, and even your most fundamental assumptions can change as you add, remove, or modify features.
Context also includes a person’s current level of knowledge. What’s easy for you might be hard for someone else, and vice versa. What’s hard for you today may be easy for you a year from now. This means Elm might be a terrible choice for someone with a tight deadline and no experience with functional programming, and yet would be a perfect choice for someone already experienced with Elm. All frontend approaches covered here have great merit, and the honest best choice has more to do with your team and company culture than it does with some definitive “winner”.
Going back to the original idea of learning a new programming language a year, my hope is that you gained a better understanding of how each frontend approach works. This will help you write better code, regardless of your choice of library or framework. I also hope this inspired you to dig deeper into a frontend approach, whether you’re new to functional programming or a React developer who never learned jQuery. Thanks for reading!


SOUVENIR A film review by Jeff Meyer Copyright 1988 Jeff Meyer
SOUVENIR (Great Britain, 1987) Director: Geoffrey Reeve Screenwriter: Paul Wheeler Cast: Christopher Plummer, Catherine Hicks, Michael Lonsdale, Christopher Cazenove
If I had to pick a film from this year's festival that could cause some real controversy when it's released, SOUVENIR would would be right up there. Not that it works at being controversial -- first and foremost, it is a character drama -- but it also takes on the emotional issue of guilt, and assigning guilt, in the aftermath of a war. Christopher Plummer plays Ernst Kestner, a widowed grocer who has lived in America since 1950. In 1944, he was with the German army during their occupation of a small French village, where he fell in love with a local French girl. He was shipped out without seeing here again, and has remembers his time with her very romantically. After retiring, he decides to visit the village again, to remind him of his time with her and to find out if she is still alive. His estranged daughter (Hicks) decides to accompany him, and his cold reserve to her begins to melt as they approach the village.
 The village is much as he remembered it, but it has become a monument to the Nazi war atrocities; in reprisal for Resistance attacks, the local Gestapo rounded up the women and children of the village and locked them in the town church. They then burned it to the ground. Included in those who were burned to death was Kestner's lover. It is clear that Kestner did not know she had died in the fire, but we are left wondering how much *did* he know? And is he to blame? That question is constantly left hanging to the audience, to Kestner's daughter, and to Kestner himself. To add further fuel to the moral controversy, the town's mayor (Lonsdale), a famed resistance fighter who rose to political celebrity with his slogan to "never forget", is very close to attaining a position of national prominence, and his previous statements on keeping the memories of World War II alive are in conflict with his plans for European unity. Towards the end of the film, Kestner becomes a catalyst for the mayor's political decision, and Lonsdale reveals information which complicates the web of guilt even further.
I came out of this movie trying to figure out whether the director was trying to make a specific statement with this film, i.e., whether he favored either side of the argument. After a month of contemplation, I'd have to say no -- he's just skillful enough to to outline the best arguments on either side, and let it play from there. While it works as character drama, it's equally good at stimulating ideas and outlining conflicts, and I'll be interested to hear what others think of it.
Christopher Plummer gets his best role in years; however, I keep wondering what other actors could have done with Kestner. With Plummer, you get the feeling that he's pushing himself to the limit with any kind of emotion (Kestner is a very "frigid" person, so this seems appropriate), but I felt like I still was missing a large piece of his character by the end of the film. Hicks and Cazenove (as a hack reporter who stumbles on Kestner and daughter and sees a story in it), while doing nothing particularly noteworthy in the acting category, keep the film from grinding under its own angst every twenty minutes with their back-and-forth pleasantries. Lonsdale (who I've only seen in DAY OF THE JACKAL and as Drax in MOONRAKER) is perfect as the savvy and very intelligent mayor of the village.
Nothing spectacular, but a very involving little film from beginning to end. Certainly food for thought (and arguments) for those of a political bent. Recommended for a Tuesday night viewing with coffee afterwards.
Moriarty, aka Jeff Meyer INTERNET<EMAIL_ADDRESS>Manual UUCP: {uw-beaver, sun, microsoft}!fluke!moriarty
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: post title: 2014-15 Tournament dates and Editors announced date: 2014-08-12 10:19:14.000000000 -05:00 type: post parent_id: '0' published: true password: '' status: publish categories: [] tags: [] meta: _edit_last: '16309375' geo_public: '0' _publicize_job_id: '27284426579' author: login: acfquizbowl email<EMAIL_ADDRESS>display_name: acfquizbowl first_name: '' last_name: '' permalink: "/2014/08/12/2014-15-tournament-dates-and-editors-announced/" ---
2014 ACF Fall will be held on 8 November, 2014. The full announcement is here, and regular updates will be made on the corresponding HSquizbowl thread.
2015 ACF Regionals will be held on 24 January, 2015.The full announcement is here, and regular updates will be made on the corresponding HSquizbowl thread.
2015 ACF Nationals will be held on 18-19 April, 2015, at the University of Michigan - Ann Arbor. Regular updates will be made on the HSquizbowl thread.


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weichat common login
weichat info login
already has code, you can get the userInfo
get userInfo
setup JsSDK


VASANT VIHAR RESIDENCE AREA: Total Carpet area of 800 sq. ft (only Living room) LOCATION: New Delhi, IN YEAR: 2016 STATUS: Completed SERVICES PROVIDED: Interior Design | 3D Visualizations | Costing and BOQ | MEP Services and Consultation | Working/Construction/Shop Drawings | Site Co-ordination and Project Management TAGS: Interiors | Residential
Interiors for a living room in a Vasant Vihar Residence. The client required an upheaval of the existing space where they could work as well as entertain. Black lacquered glass and cement board shutters were used for TV unit. The lacquered glass camouflaged with the TV when off and the cement board panels disguised the storage unit. Wooden finishing from the doors and windows was removed and a parametric ribbed wall was added as the only focus point. A living and dining that could function as spaces for entertainment as well as business meetings was achieved as a result, while keeping the spatial quality intact. We were also commissioned to design the terrace for gatherings, with utility and two servants’ room. A brick parametric wall in white was designed to screen the utility and servants’ room on the terrace; however, it was put on hold.


Salmon cookies
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avarage number of customer


%recipient.userName%,
We hope you're enjoying the Carina beta! For us Carina has been a wild ride so far, and we're overwhelmed by the user response. We want to enable everyone to experience Carina, so as part of our regular maintenance we've recently identified unused and old clusters.
It appears that your %recipient.clusterNames% %recipient.multiple1% idle and unused. To free up unused resources we currently have %recipient.multiple2% scheduled for deletion this Friday, February 26th, at 12 noon central standard time (CST).
If we've wrongly identified your %recipient.multiple3% or you want to keep %recipient.multiple4%, simply deploy a Docker container on your %recipient.multiple3%. Also, even if we delete your %recipient.multiple3%, you're welcome to re-create %recipient.multiple4% at any time to continue using Carina.


Amber's Experiments
Home
Assignment 2
Assignment 3
Assignment 4
Assignment 5
Assignment 6
Assignment 7
Assignment 8
Assignment 9
Assignment 10
Team Project
Game Systems Played
Pathfinder
Roleplaying Game
Dungeons & Dragons 5e
Savage Worlds
Cortex Systems
new game


At the core of the compute engine is a protocol that enables tasks to be submitted to the compute engine, the compute engine to run those tasks, and the results of those tasks to be returned to the client. This protocol is expressed in the interfaces that are supported by the compute engine. The remote communication for this protocol is illustrated in the following figure.
Each interface contains a single method. The compute engine's remote interface,
Compute
, enables tasks to be submitted to the engine. The client interface,Task,
defines how the compute engine executes a submitted task.The
interface defines the remotely accessible part, the compute engine itself. Here is the source code for the
compute.Compute
Compute
interface:package compute; import java.rmi.Remote; import java.rmi.RemoteException; public interface Compute extends Remote { <T> T executeTask(Task<T> t) throws RemoteException; }By extending the interface
java.rmi.Remote
, theCompute
interface identifies itself as an interface whose methods can be invoked from another Java virtual machine. Any object that implements this interface can be a remote object.As a member of a remote interface, the
executeTask
method is a remote method. Therefore, this method must be defined as being capable of throwing ajava.rmi.RemoteException
. This exception is thrown by the RMI system from a remote method invocation to indicate that either a communication failure or a protocol error has occurred. ARemoteException
is a checked exception, so any code invoking a remote method needs to handle this exception by either catching it or declaring it in itsthrows
clause.The second interface needed for the compute engine is the
Task
interface, which is the type of the parameter to theexecuteTask
method in theCompute
interface. Theinterface defines the interface between the compute engine and the work that it needs to do, providing the way to start the work. Here is the source code for the
compute.Task
Task
interface:package compute; public interface Task<T> { T execute(); }The
Task
interface defines a single method,execute
, which has no parameters and throws no exceptions. Because the interface does not extendRemote
, the method in this interface doesn't need to listjava.rmi.RemoteException
in itsthrows
clause.The
Task
interface has a type parameter,T
, which represents the result type of the task's computation. This interface'sexecute
method returns the result of the computation and thus its return type isT
.The
Compute
interface'sexecuteTask
method, in turn, returns the result of the execution of theTask
instance passed to it. Thus, theexecuteTask
method has its own type parameter,T
, that associates its own return type with the result type of the passedTask
instance.RMI uses the Java object serialization mechanism to transport objects by value between Java virtual machines. For an object to be considered serializable, its class must implement the
java.io.Serializable
marker interface. Therefore, classes that implement theTask
interface must also implementSerializable
, as must the classes of objects used for task results.Different kinds of tasks can be run by a
Compute
object as long as they are implementations of theTask
type. The classes that implement this interface can contain any data needed for the computation of the task and any other methods needed for the computation.Here is how RMI makes this simple compute engine possible. Because RMI can assume that the
Task
objects are written in the Java programming language, implementations of theTask
object that were previously unknown to the compute engine are downloaded by RMI into the compute engine's Java virtual machine as needed. This capability enables clients of the compute engine to define new kinds of tasks to be run on the server machine without needing the code to be explicitly installed on that machine.The compute engine, implemented by the
ComputeEngine
class, implements theCompute
interface, enabling different tasks to be submitted to it by calls to itsexecuteTask
method. These tasks are run using the task's implementation of theexecute
method and the results, are returned to the remote client.


2D Vortex Tracking
One of the major components of GPUE is the ability to track and manipulate vortices in Bose-Einstein condensates. While we can work with creating vortices in 3D, the majority of the vortex creation and manipulation framework exists solely in 2D. This is due to the 2D vortex code being developed for the project on vortex dynamics, published in PRA here (arXiV version here).
To allow us to track and manipulate vortices in a (2D) condensates, we require some numerical techniques and tools:
- Vortex detection.
- Vortex position refinement
- Vortex unique identification and tracking.
- Lattice model creation and arbitrary phase control.
1. Vortex detection
To find a vortex in the condensate, we can rely on several methods, such as tracking the condensate density minima. However, given the nature of the wavefunction (a complex valued scalar field), and a quantum vortex (topological defect of the wavefunction), we can examine the phase of the condensate, $\phi$, such that $\Psi=|\Psi|\exp\left(i \phi\right)$. Every vortex in the condensate will have integer winding in the complex plane, wherein the phase has a singular point around which it winds through $2\pi$. By examining the condensate for these phase windings, we can identify the presence of a vortex to a location on our numerical grid.
The above image show the phase of a condensate containing four vortices. The zoomed region shows the numerical values of the sampled grid near this vortex core. By following a closed path around the dotted green line the the vortex core can be determined when the value is $\pm 2\pi$, positive for vortices, negative for anti-vortices (ie, vortices rotating in the opposite direction). In this instance, $$ \displaystyle\sum\limits_{i=1}^{4} \phi_i = 3.14 + 3.14 +2.76 -2.76 = 2\pi. $$ From the above plaquette, we can say that a vortex core has been identified, and as a result, we can keep note of the planar indices corresponding to this.
2. Vortex position refinement
With the above formalism, we can identify the vortex core to the region of a $2\times 2$ grid plaquette. However, we may also determine a better sub-grid resolution position of the core, by realising that a vortex core corresponds with a zero-crossing in the wavefunction for both the real and imaginary components. Following the formalism discussed in O’Riordan, 2017, we can calculate the 2D deviation from 0 in for the phase within this region, $\Delta \mathbf{r} = (\Delta x, \Delta y)$, and use this value to update the position as $\mathbf{r} \rightarrow \mathbf{r} - \Delta\mathbf{r}$.
For this we use the least-squares formalism, and attempt to minimise the function
$$
S(\mathbf{r}) = \displaystyle\sum |b_i - \displaystyle\sum A_{ij} r_j |^2
$$
with our observations as
$$
\mathbf{b} = \left(
\begin{array}{cccc}
\Psi(x_0,y_0) & \Psi(x_0,y_1) & \Psi(x_1,y_0) & \Psi(x_1,y_1)
\end{array} \right)^{T},
$$. The integers are the index $(x,y)$ indices in our plaquette (asuming clockwise or counter-clockwise is fine, provided we are consistent). Our $\mathbf{A}$ matrix represents the $(x,y,c)$ data points, such that $x+y=-c$, on which we sample our wavefunction, and can be defined as
$$
\mathbf{A} = \left(
\begin{array}{ccc}
0 & 0 & 1 \\
0 & 1 & 1 \\
1 & 0 & 1 \\
1 & 1 & 1
\end{array}\right).
$$
The minimisation problem can be solved by setting $\partial_\mathbf{r}S(\mathbf{r})=0$. For a given $\mathbf{A}$ and $\mathbf{b}$, with an unknown position $\mathbf{r}$, and an approximate vortex plaquette position, $\mathbf{r}_0$, we can determine the unknown $\mathbf{r}$ as
\begin{align}
\mathbf{A}^{T}\mathbf{A} \mathbf{r} &= \mathbf{A}^{T}\mathbf{b}, \\
\mathbf{r} &= (\mathbf{A}^{T}\mathbf{A})^{-1}\mathbf{A}^{T}\mathbf{b}.
\end{align}
The resulting $\mathbf{r}$ then becomes
\begin{align}
\mathbf{r} &= \left(\begin{array}{c}
x \\
y \\
c
\end{array}\right) = \left(
\begin{array}{c}
{\left( -\Psi(x_0,y_0) + \Psi(x_0,y_1) - \Psi(x_1,y_0) + \Psi(x_1,y_1) \right)}{/2} \\
{\left( -\Psi(x_0,y_0) - \Psi(x_0,y_1) + \Psi(x_1,y_0) + \Psi(x_1,y_1) \right)}{/2} \\
3\Psi(x_0,y_0) + \Psi(x_0,y_1) - \Psi(x_1,y_0) - \Psi(x_1,y_1)
\end{array}\right).
\end{align}
From this, we can determine the correction to the vortex plaquette position using $\mathbf{r} = \mathbf{r}_0 - \Delta\mathbf{r}$, and by solving the linear system
$$
\left(\begin{array}{cc}
\Re(x) & \Re(y) \\
\Im(x) & \Im(y) \\
\end{array}\right)
\left(
\begin{array}{c}
\Delta x \\
\Delta y
\end{array}\right)
= -
\left(
\begin{array}{c}
\Re(\mathrm{c}) \\
\Im(\mathrm{c})
\end{array}\right),
$$
which allows us to examine the zero crossings in both the real and imaginary planes for both $x$ and $y$ dimensions. Using this approach our vortex positions are now siginificantly more accurate, and can be used to allow trajectory calculations, and statistical properties. When tracking vortices, the condensate outputs their discovered positions into a CSV file vort_arr_XYZ
, one for every printed wavefunction time-point XYZ
. A sample output of the CSV file format is
# X, X_refined, Y, Y_refined, Winding
485,4.858494e+02,485,4.858132e+02,1
485,4.858717e+02,538,5.381655e+02,1
538,5.381728e+02,485,4.858345e+02,1
538,5.381506e+02,538,5.381441e+02,1
for a given four vortex condensate. The values for positions are given in terms of the numerical grid coordinates. To determine actual positions, for a given simulation, it is necessary to examine Params.dat
, and check the grid-size ($\textrm{xDim}$), grid-increments ($\textrm{dx}$), and normalise the values from 0. As an example, $X_\textrm{pos} = (X_\textrm{refined}-\textrm{xDim}/2)*\textrm{dx}$. For the above simulation, $\textrm{xDim}=1024$, $\textrm{dx}=6.84732\times 10^{-7}~\textrm{(m)}$, given a position of $X_\textrm{pos} = -1.7906\times 10^{-5}$ for a condensate centered on $(0,0)$ at grid point $[511,511]$ (or $[512, 512]$ if you are a 1-based indexing person).
3. Vortex unique identification and tracking.
If we are interested in statistical quantities such as vortex count, average separation, or distribution of windings (rotation directions), we can use the above methods. However, sometimes we wish to indentify and track unqiue vortices over the course of a simulation. As we are employing a field-based simulation in GPUE, namely solving the Gross-Pitaevskii equation for the wavefunction at points in time, we cannot maintain knowledge of our vortices between timesteps — each newly simulated wavefunction follows no particle objects which may be easily tracked. Instead, we must re-run the above tracking methods for each wavefunction at an in time to determine the vortex positions.
Given these newly determined vortex positions, it is important to identify which vortices at previous timepoints correspond to vortices in the current timepoints. For this, we rely on the unordered vortex positions file vort_arr_XYZ
, and the Python script py/vort.py
. This file reads all available vort_arr_XYZ
files, creates a vortex with a unique index, maintains it in a lniked-list (the ability to move and link vortices becomes important for larger condensates). For every vortex, at timepoint $t_i$, the identified vortices at $t_{i-1}$ are compared, with a distance threshold set to determine if the vortex within a given radius could have moved through the set range between the timesteps. The vortex that is closest between timesteps is identified as the successor of the previous time-points unique index, and the list is array to reflect this new information.
Upon processing this data, the file outputs a new file vort_ord_XYZ.csv
, which can be used to examine vortex trajectories over time. The new CSV file changes the output format to # X_refined, Y_refined, Winding, UID, onFlag
. The onFlag
in this instance is used to indicate whether a vortex which was found at an earlier time point exists at later time points. Given certain perturbations can remove vortices from the condensate, this flag is a useful indicator of the physical behaviour. It is worth nothing, the the first 2 timepoints of analysis do not output files, as these are used to set-up the ordering of the later observed vortex data.
4. Lattice model creation and arbitrary phase control.
For condensates with multiple vortices, it is well known that the vortices arrange themselves into an ordered lattice. Therefore, it can be useful to have a lattice model for the vortices in rotating condensates. The C++ files "include/lattice.h", include/node.h, include/edge.h"
define the function signatures that create lattices of vortices, and maintain this structure as a graph. Each vortex represents a node having a unique index and the previously determined positions, the nearest vortices are connected as edges determined by nearest-neighbour distances, and the overall structure is maintained as a lattice. This data structure allows us to address specific vortices in the condensate, read their properties, and even manipulate them before output to a vort_arr_XYZ
file.
Given the ability to index a vortex, we can also implement functions that operate on the vortices at given positions. For a vortex at position $\mathbf{r}_1 = (x_1,y_1)$, one such application of the lattice model is that we can modified the phase at this position. For the previously mentioned work, we chose the annihilate and add vortices to the condensate at pre-defined positions by apply a phase profile that matches that of a vortex core. As such, the lattice model allows one to read this position directly for a vortex of arbitrary UID, and use the resulting poisiton for further manipulations. Such functions to apply arbitrary phase profiles are defined in include/manip.h
.
`


-p key[:{s/d/l}],key[:{s/d/l}],...
Declaration of keys to print. For each key a string (key:s) or a double (key:d) or a long (key:l) type can be requested. Default type is string.
-F format
C style format for floating point values.
-P key[:{s/d/l}],key[:{s/d/l}],...
As -p adding the declared keys to the default list.
-w key[:{s/d/l}]{=/!=}value,key[:{s/d/l}]{=/!=}value,...
Where clause. Grib messages are processed only if they match all the key/value constraints. A valid constraint is of type key=value or key!=value. For each key a string (key:s) or a double (key:d) or a long (key:l) type can be specified. Default type is string.
-B order by directive
Order by. The output will be ordered according the order by directive. Order by example: "step asc, centre desc" (step ascending and centre discending)
-l Latitude,Longitude[,MODE,file]
Value close to the point of a Latitude/Longitude. Allowed values for MODE are: 4 (4 values in the nearest points are printed) Default 1 (the value at the nearest point is printed) file (file is used as mask. The closer point with mask value>=0.5 is printed)
-i index
Data value corresponding to the given index is printed.
-n namespace
All the keys belonging to namespace are printed.
-m
Mars keys are printed.
-V
Version.
-W width
Minimum width of each column in output. Default is 10.
-M
Multi-grib support off. Turn off support for multiple fields in single grib message
-g
Copy GTS header.
-G
GRIBEX compatibility mode.
-7
Does not fail when the message has wrong length


|
Halide
12.0.0
|
#include <Generator.h>
Inherits Halide::NamesInterface, and Halide::GeneratorContext.
Inherited by Halide::Generator< T >.
Public Member Functions | |
| ~GeneratorBase () override | |
| void | set_generator_param_values (const GeneratorParamsMap ¶ms) |
| int | natural_vector_size (Halide::Type t) const |
| Given a data type, return an estimate of the "natural" vector size for that data type when compiling for the current target. More... | |
| template<typename data_t > | |
| int | natural_vector_size () const |
| Given a data type, return an estimate of the "natural" vector size for that data type when compiling for the current target. More... | |
| void | emit_cpp_stub (const std::string &stub_file_path) |
| Module | build_module (const std::string &function_name="", LinkageType linkage_type=LinkageType::ExternalPlusMetadata) |
| Module | build_gradient_module (const std::string &function_name) |
| Build a module that is suitable for using for gradient descent calculation in TensorFlow or PyTorch. More... | |
| template<typename... Args> | |
| void | set_inputs (const Args &...args) |
| set_inputs is a variadic wrapper around set_inputs_vector, which makes usage much simpler in many cases, as it constructs the relevant entries for the vector for you, which is often a bit unintuitive at present. More... | |
| Realization | realize (std::vector< int32_t > sizes) |
| template<typename... Args, typename std::enable_if< NoRealizations< Args... >::value >::type * = nullptr> | |
| Realization | realize (Args &&...args) |
| void | realize (Realization r) |
| Pipeline | get_pipeline () |
| template<typename T , typename std::enable_if<!std::is_arithmetic< T >::value >::type * = nullptr> | |
| GeneratorInput< T > * | add_input (const std::string &name, const Type &t, int dimensions) |
| template<typename T , typename std::enable_if< T::has_static_halide_type >::type * = nullptr> | |
| GeneratorInput< T > * | add_input (const std::string &name, int dimensions) |
| template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr> | |
| GeneratorInput< T > * | add_input (const std::string &name) |
| template<typename T , typename std::enable_if<!std::is_arithmetic< T >::value >::type * = nullptr> | |
| GeneratorOutput< T > * | add_output (const std::string &name, const Type &t, int dimensions) |
| template<typename T , typename std::enable_if< T::has_static_halide_type >::type * = nullptr> | |
| GeneratorOutput< T > * | add_output (const std::string &name, int dimensions) |
| template<typename... Args> | |
| HALIDE_NO_USER_CODE_INLINE void | add_requirement (Expr condition, Args &&...args) |
| void | trace_pipeline () |
| GeneratorBase (const GeneratorBase &)=delete | |
| GeneratorBase & | operator= (const GeneratorBase &)=delete |
| GeneratorBase (GeneratorBase &&that)=delete | |
| GeneratorBase & | operator= (GeneratorBase &&that)=delete |
| Public Member Functions inherited from Halide::GeneratorContext | |
| GeneratorContext (const Target &t, bool auto_schedule=false, const MachineParams &machine_params=MachineParams::generic()) | |
| virtual | ~GeneratorContext ()=default |
| Target | get_target () const |
| bool | get_auto_schedule () const |
| MachineParams | get_machine_params () const |
| std::shared_ptr< ExternsMap > | get_externs_map () const |
| Generators can register ExternalCode objects onto themselves. More... | |
| template<typename T > | |
| std::unique_ptr< T > | create () const |
| template<typename T , typename... Args> | |
| std::unique_ptr< T > | apply (const Args &...args) const |
| GeneratorContext (const GeneratorContext &)=delete | |
| GeneratorContext & | operator= (const GeneratorContext &)=delete |
| GeneratorContext (GeneratorContext &&)=delete | |
| GeneratorContext & | operator= (GeneratorContext &&)=delete |
Protected Member Functions | |
| GeneratorBase (size_t size, const void *introspection_helper) | |
| void | set_generator_names (const std::string ®istered_name, const std::string &stub_name) |
| void | init_from_context (const Halide::GeneratorContext &context) override |
| virtual Pipeline | build_pipeline ()=0 |
| virtual void | call_configure ()=0 |
| virtual void | call_generate ()=0 |
| virtual void | call_schedule ()=0 |
| void | track_parameter_values (bool include_outputs) |
| void | pre_build () |
| void | post_build () |
| void | pre_configure () |
| void | post_configure () |
| void | pre_generate () |
| void | post_generate () |
| void | pre_schedule () |
| void | post_schedule () |
| void | check_exact_phase (Phase expected_phase) const |
| void | check_min_phase (Phase expected_phase) const |
| void | advance_phase (Phase new_phase) |
| Protected Member Functions inherited from Halide::GeneratorContext | |
| GeneratorContext () | |
| std::shared_ptr< Internal::ValueTracker > | get_value_tracker () const |
Protected Attributes | |
| enum Halide::Internal::GeneratorBase::Phase | Created |
| Protected Attributes inherited from Halide::GeneratorContext | |
| GeneratorParam< Target > | target |
| GeneratorParam< bool > | auto_schedule |
| GeneratorParam< MachineParams > | machine_params |
| std::shared_ptr< ExternsMap > | externs_map |
| std::shared_ptr< Internal::ValueTracker > | value_tracker |
Additional Inherited Members | |
| Public Types inherited from Halide::GeneratorContext | |
| using | ExternsMap = std::map< std::string, ExternalCode > |
| Static Protected Member Functions inherited from Halide::NamesInterface | |
| template<typename T > | |
| static Expr | cast (Expr e) |
| static Expr | cast (Halide::Type t, Expr e) |
| static Type | Bool (int lanes=1) |
| static Type | Float (int bits, int lanes=1) |
| static Type | Int (int bits, int lanes=1) |
| static Type | UInt (int bits, int lanes=1) |
Definition at line 3031 of file Generator.h.
|
protected |
Definition at line 3210 of file Generator.h.
|
protected |
Definition at line 3213 of file Generator.h.
|
protected |
| Enumerator | |
|---|---|
| Created | |
| ConfigureCalled | |
| InputsSet | |
| GenerateCalled | |
| ScheduleCalled |
Definition at line 3218 of file Generator.h.
|
override |
|
protected |
|
delete |
|
delete |
| void Halide::Internal::GeneratorBase::set_generator_param_values | ( | const GeneratorParamsMap & | params | ) |
|
inline |
Given a data type, return an estimate of the "natural" vector size for that data type when compiling for the current target.
Definition at line 3039 of file Generator.h.
References Halide::GeneratorContext::get_target(), and Halide::Target::natural_vector_size().
|
inline |
Given a data type, return an estimate of the "natural" vector size for that data type when compiling for the current target.
Definition at line 3046 of file Generator.h.
References Halide::GeneratorContext::get_target(), and Halide::Target::natural_vector_size().
| void Halide::Internal::GeneratorBase::emit_cpp_stub | ( | const std::string & | stub_file_path | ) |
| Module Halide::Internal::GeneratorBase::build_module | ( | const std::string & | function_name = "" , |
| LinkageType | linkage_type = LinkageType::ExternalPlusMetadata |
||
| ) |
| Module Halide::Internal::GeneratorBase::build_gradient_module | ( | const std::string & | function_name | ) |
Build a module that is suitable for using for gradient descent calculation in TensorFlow or PyTorch.
Essentially:
The new Pipeline is adjoint to the original; it has:
|
inline |
set_inputs is a variadic wrapper around set_inputs_vector, which makes usage much simpler in many cases, as it constructs the relevant entries for the vector for you, which is often a bit unintuitive at present.
The arguments are passed in Input<>-declaration-order, and the types must be compatible. Array inputs are passed as std::vector<> of the relevant type.
Note: at present, scalar input types must match exactly, i.e., for Input<uint8_t>, you must pass an argument that is actually uint8_t; an argument that is int-that-will-fit-in-uint8 will assert-fail at Halide compile time.
Definition at line 3084 of file Generator.h.
References Halide::Internal::GeneratorParamInfo::inputs(), and user_assert.
Referenced by Halide::Generator< T >::apply().
|
inline |
Definition at line 3093 of file Generator.h.
References get_pipeline(), Halide::GeneratorContext::get_target(), and Halide::Pipeline::realize().
|
inline |
Definition at line 3101 of file Generator.h.
References get_pipeline(), Halide::GeneratorContext::get_target(), and Halide::Pipeline::realize().
|
inline |
Definition at line 3106 of file Generator.h.
References get_pipeline(), Halide::GeneratorContext::get_target(), and Halide::Pipeline::realize().
| Pipeline Halide::Internal::GeneratorBase::get_pipeline | ( | ) |
Referenced by add_requirement(), realize(), and trace_pipeline().
|
inline |
Definition at line 3121 of file Generator.h.
References check_exact_phase(), and ConfigureCalled.
|
inline |
Definition at line 3133 of file Generator.h.
References check_exact_phase(), and ConfigureCalled.
|
inline |
Definition at line 3145 of file Generator.h.
References check_exact_phase(), and ConfigureCalled.
|
inline |
Definition at line 3157 of file Generator.h.
References check_exact_phase(), and ConfigureCalled.
|
inline |
Definition at line 3169 of file Generator.h.
References check_exact_phase(), and ConfigureCalled.
|
inline |
Definition at line 3179 of file Generator.h.
References Halide::Pipeline::add_requirement(), and get_pipeline().
|
inline |
Definition at line 3183 of file Generator.h.
References get_pipeline(), and Halide::Pipeline::trace_pipeline().
|
protected |
|
overrideprotectedvirtual |
Reimplemented from Halide::GeneratorContext.
|
protectedpure virtual |
Implemented in Halide::Generator< T >.
|
protectedpure virtual |
Implemented in Halide::Generator< T >.
|
protectedpure virtual |
Implemented in Halide::Generator< T >.
|
protectedpure virtual |
Implemented in Halide::Generator< T >.
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
Referenced by add_input(), and add_output().
|
protected |
|
protected |
|
delete |
|
delete |
|
protected |


Delicious Recipes
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My Experience with OBM
July 19, 2019
If you want an overview about OBM, please read my post on the same .
I’ve participated in three sprints until now, in which I’ve completely failed myself, but I’ve already experiencing a drastic changes in my habits, which is good.
Here is what I’ve learned from this short, but significant experience:
First and foremost, the structure of OBM forces you to formalize things. You need to setup goals for yourself. Even better is that the setup makes it very difficult to be vague. You’ve to setup smaller tasks you need to achieve in order to complete the goal. The research, which is required for listing these tasks (thus, providing you with a big picture), getting a correct estimate of time required, helps you plan efficiently.
The next thing is priority - what do you decide to do now. I tend to perform better, if I’ve only 3 things on my TODO list, rather than 10. And OBM accommodates that - Send a list of all the tasks you want to work for the next 15 days, and then spend time doing them, rather than managing your list.
The difficult thing about writing that blog post you’d been thinking about for a week, or deciphering the math equation which just popped out of nowhere in that paper often isn’t actually writing, or performing an analysis. It’s taking out dedicated time from your time-poor schedule just for this. Once you get started, it’s way easier.
A nice analogy to this argument - the hardest part of going to a gym is actually physically going to the gym. Once you’re there all geared, and warmed up, exercise are much more fun. Getting over this initialization barrier is a must. The way I manage this is having slots in my schedule named “OBM”, where I only complete the tasks I’ve mentioned for OBM. No, you aren’t allowed to browse through twitter during that time - just start grinding, and you shall reap the produce afterwards.
One other important behavior I’ve observed is misalignment between what I believe I’m interested in, and how much I can afford to work towards it. If repeatedly, I find myself not indulging with the task, I know it’s not made for me and quit early (thus saving my time and resources to further go down the drain. More about this in “The Dip” by Seth Godin).
Conclusion
OBM serves as a great tool for introspection, monitoring one’s progress and getting things done. As side ‘effects’, it also gives you a taste of professionalism, punctuality and reporting relationships - a complete package aimed towards self improvement. \o/
But, if you’re overwhelmed with the notion of public accountability, just yet, I’d recommend you to run your own personal OBM and see the difference. If you want anymore advice, feel free to contact me (RJ722 on #dgplug, freenode)


animate(1) animate(1) NAME animate - animates an image or image sequence on any X server. SYNOPSIS animate [options] input-file OVERVIEW The animate program is a member of the ImageMagick(1) suite of tools. Use it to animate an image or image sequence on any X server. For more information about the animate command, point your browser to file:///usr/share/doc/imagemagick/www/animate.html or http://www.imagemagick.org/script/animate.php. DESCRIPTION Image Settings: -authenticate value decrypt image with this password -backdrop display image centered on a backdrop -channel type apply option to select image channels -colormap type Shared or Private -colorspace type alternate image colorspace -decipher filename convert cipher pixels to plain pixels -define format:option define one or more image format options -delay value display the next image after pausing -density geometry horizontal and vertical density of the image -depth value image depth -display server display image to this X server -dispose method layer disposal method -dither method apply error diffusion to image -format "string" output formatted image characteristics -gamma value level of gamma correction -geometry geometry preferred size and location of the Image window -gravity type horizontal and vertical backdrop placement -identify identify the format and characteristics of the image -immutable displayed image cannot be modified -interlace type type of image interlacing scheme -interpolate method pixel color interpolation method -limit type value pixel cache resource limit -loop iterations loop images then exit -matte store matte channel if the image has one -map type display image using this Standard Colormap -monitor monitor progress -pause seconds to pause before reanimating -page geometry size and location of an image canvas (setting) -quantize colorspace reduce colors in this colorspace -quiet suppress all warning messages -regard-warnings pay attention to warning messages -remote command execute a command in an remote display process -sampling-factor geometry horizontal and vertical sampling factor -scenes range image scene range -seed value seed a new sequence of pseudo-random numbers -set attribute value set an image attribute -size geometry width and height of image -support factor resize support: > 1.0 is blurry, < 1.0 is sharp -transparent-color color transparent color -treedepth value color tree depth -verbose print detailed information about the image -visual type display image using this visual type -virtual-pixel method virtual pixel access method -window id display image to background of this window Image Operators: -colors value preferred number of colors in the image -crop geometry preferred size and location of the cropped image -extract geometry extract area from image -monochrome transform image to black and white -repage geometry size and location of an image canvas (operator) -resample geometry change the resolution of an image -resize geometry resize the image -rotate degrees apply Paeth rotation to the image -strip strip image of all profiles and comments -trim trim image edges Image Sequence Operators: -coalesce merge a sequence of images -flatten flatten a sequence of images Miscellaneous Options: -debug events display copious debugging information -help print program options -log format format of debugging information -list type print a list of supported option arguments -version print version information In addition to those listed above, you can specify these standard X resources as command line options: -background, -bordercolor, -border‐ width, -font, -foreground, -iconGeometry, -iconic, -name, -mattecolor, -shared-memory, or -title. By default, the image format of `file' is determined by its magic number. To specify a particular image format, precede the filename with an image format name and a colon (i.e. ps:image) or specify the image type as the filename suffix (i.e. image.ps). Specify 'file' as '-' for standard input or output. Buttons: 1 press to map or unmap the Command widget SEE ALSO ImageMagick(1) COPYRIGHT Copyright (C) 1999-2012 ImageMagick Studio LLC. Additional copyrights and licenses apply to this software, see file:///usr/share/doc/imagemag‐ ick/www/license.html or http://www.imagemagick.org/script/license.php ImageMagick Date: 2009/01/10 01:00:00 animate(1)


@import lib.FailedMigrationSummary @import views.html.helper.form @( failures: FailedMigrationSummary, apiBaseUrl: String, uiBaseUrl: String, filter: String, page: Int, shouldAllowReattempts: Boolean, ) @navigation = { @if(page > 1) { Previous page } Next page }
@filter
@failures.totalFailed images failed with the above message!
@if(shouldAllowReattempts) { @form(action = routes.ThrallController.reattemptMigrationFailures(filter, page)){ } } @navigation| Image ID | Last Modified | Crop Count | Usage Count | Uploaded By | Uploaded Time | @if(shouldAllowReattempts) {Click to reattempt migration | }ES Doc |
|---|---|---|---|---|---|---|---|
@failure.imageId[Grid] [API] |
@failure.lastModified | @failure.crops | @failure.usages | @failure.uploadedBy | @failure.uploadTime | @if(shouldAllowReattempts) {@form(action = routes.ThrallController.migrateSingleImage){ } | }
@failure.esDocAsImageValidationFailures match {
case Some(validationFailures) => {
Conversion to
}
case None => {}
}
Image problems:
@validationFailures View<EMAIL_ADDRESS>|


{% extends "base.html" %} {% load static i18n %} {% load humanize %} {% load bernie_tags %} {% load crispy_forms_tags %} {% block content %}
${{overall_difference.current_monthly_income_after_spending_and_taxes|floatformat:0|intcomma}} per month
This is calculated by calculating your current tax burden and deducting your estimated monthly expenses for student loans, health care, and medical debt. Please note it is just an estimate and can fluctuate based on specific tax circumstances.
${{overall_difference.bernie_monthly_income_after_spending_and_taxes|floatformat:0|intcomma}} per month
This is calculated by taking your tax burden under Bernie's plans for medicare for all and to forgive medical & student debt.
The main difference you see is that taxes go up by 4% to pay for medicare for all (before tax breaks) or if you are a very high earner. For you, your taxes would go up by ${{healthcare_difference.tax_difference|floatformat:0|intcomma}} per year. You will also notice that your student and medical debt payments go back into your pocket through Bernie's plans to elminate medical debt and to cancel student loan debt.
This tax increase means that everyone has health care. It also removes variable costs that you see on the first graph like monthly premiums, health care spending, and unforseen medical bills that can happen under current insurance plans.
Let's run through the exact numbers to see the exact cost of these programs. We break it out by {% if medical_debt > 0 or student_loans > 0 %}health care, taxes, and debt{% else %}health care and taxes{% endif %}.
${{healthcare_difference.yearly_total_healthcare_spending|floatformat:0|intcomma}} per year
How much you are currently spending every year between your monthly premium and extra spending on deductibles, perscriptions, and bills
${{bernie_taxes.breakdown.medicare_for_all_tax|floatformat:0|intcomma}} in taxes per year
How much medicare for all could cost you. This cost is calculated by adding a 4% tax onto your yearly taxable income, outlined in this document.
{% if healthcare_difference.income_difference > 0 %}{% else %}{% endif %} ${{healthcare_difference.income_difference|floatformat:0|intcomma}} per year
Based on our calculations the medicare for all plan would cost you ${{healthcare_difference.income_difference|floatformat:0|intcomma|abs}} {% if healthcare_difference.income_difference > 0 %}less{% else %}more{% endif %} than what you currently spend on health care.
${{current_taxes.breakdown.total_taxes|floatformat:0|intcomma}} per year
How much we estimate your taxes to be after {% if form_data.include_standard_deduction %}the standard deduction and {% endif %} the child tax credit.
${{bernie_taxes.breakdown.total_taxes|floatformat:0|intcomma}} per year
How much we estimate your taxes to be under Bernie after {% if form_data.include_standard_deduction %}the standard deduction and {% endif %} the child tax credit. This figure in includes medicare for all and Bernie's proposed changes to existing tax brackets.
${{overall_difference.tax_difference|floatformat:0|intcomma}} per year
Based on our calculations your taxes could go {% if overall_difference.tax_difference > 0 %}up{% else %}down{% endif %} by ${{overall_difference.tax_difference|floatformat:0|intcomma|abs}} under Bernie's plans. This {% if overall_difference.tax_difference > 0 %}increase{% else %}decrease{% endif %} includes medicare for all, plans to cancel student debt, and eliminate medical debt.
See how not having medical or student loan payments could affect you. If our numbers look off, press back and edit the advanced settings to change interest rate and time for a more accurate calculation.
${{debt.total_debt|floatformat:0|intcomma}}
How much you currently have in student loans and medical debt.
${{debt.monthly_debt_payments|floatformat:0|intcomma}} per month
How much we estimate you are paying towards medical and student debt per month.
$0 per month
Under Bernie's medical and student debt elimination plans, your monthly payments would go to $0
No matter who you are going to vote for, it is important to register! Please use the form below (provided by Rock the Vote) to register to vote.
Want to volunteer with the campaign? Find out how you can volunteer at the button below.


Graduate Student in computer science at Northeastern University.
Interests: Developing scalable and efficient software systems, leveraging machine learning and artificial intelligence techniques to improve existing applications, web development
Contact me at:
Phone: 925/683/9825
Email: amoeller[dot]cs[at]gmail[dot]com
Caesar Cipher, Linked Queue
Apple A Day Android Application, Frogtron Computer Game
Stock Management Relational Database, 2048 AI Player
This site!


What is A_SIMPLE% of B_SIMPLE? (Round to nearest whole number.)
round((A_SIMPLE * B_SIMPLE) / 100)
A_SIMPLE / 100 \times B_SIMPLE \approx round((A_SIMPLE * B_SIMPLE) / 100)
B_SIMPLE is A_SIMPLE% of what number? (Round to the hundredths place.)
round(((B_SIMPLE * 100) / A_SIMPLE) * 100) / 100
Let x
be the number that B_SIMPLE is A_SIMPLE% of.
A_SIMPLE / 100 \times x = B_SIMPLE
x=B_SIMPLE/A_SIMPLE / 100
x \approxround((B_SIMPLE * 100/A_SIMPLE * 100))/100
person(1) has BANK_MORE dollars in the bank today. Yesterday, he(1) had BANK_FEWER dollars in the bank. By what percentage did person(1)'s bank account increase over the past day? (Round your answer to the nearest hundredth of a percent.)
round(((BANK_MORE - BANK_FEWER) * 10000) / BANK_FEWER) / 100
The bank account grew by BANK_MORE - BANK_FEWER = BANK_MORE - BANK_FEWER
dollars
\frac{BANK_MORE - BANK_FEWER}{BANK_FEWER} \approx round(((BANK_MORE - BANK_FEWER) * 10000) / BANK_FEWER) / 100\%
person(1) has BANK_FEWER dollars in the bank today. Yesterday, he(1) had BANK_MORE dollars in the bank. By what percentage did person(1)'s bank account decrease over the past day? (Round your answer to the nearest hundredth of a percent.)
round(((BANK_MORE - BANK_FEWER) * 10000) / BANK_MORE) / 100
The bank account decreased by BANK_MORE - BANK_FEWER = BANK_MORE - BANK_FEWER
dollars
\frac{BANK_MORE - BANK_FEWER}{BANK_MORE} \approx round(((BANK_MORE - BANK_FEWER) * 10000) / BANK_MORE) / 100\%
person(1) has YEAR_PERCENT_MORE% more money today than he(1) did this time last year. If person(1) has YEAR_THIS dollars today, how many dollars did he(1) have this time last year? (Round to the nearest penny, which is 1/100 of a dollar.)
YEAR_LAST
Let x
be the amount of money that he(1) had last year.
x + YEAR_PERCENT_MORE / 100x = YEAR_THIS
(100 + YEAR_PERCENT_MORE) / 100x = YEAR_THIS
x = \frac{YEAR_THIS}{(100 + YEAR_PERCENT_MORE) / 100}
x \approx YEAR_LAST


| Interface and Description |
|---|
| kieker.monitoring.core.configuration.Keys
since 1.14 remove in 1.16 replaced by the class
ConfigurationKeys to support Kieker checkstyle policy |
| Enum and Description |
|---|
| kieker.common.util.filesystem.BinaryCompressionMethod
since 1.15 remove in 1.16
|
Copyright 2020 Kieker Project, http://kieker-monitoring.net


Class ExponentialBackoffRetryStrategy
A retry strategy with back-off parameters for calculating the exponential delay between retries.
Inherited Members
Namespace: Cadru.TransientFaultHandling.RetryStrategies
Assembly: Cadru.TransientFaultHandling.dll
Syntax
public class ExponentialBackoffRetryStrategy : RetryStrategy
Constructors
| Improve this Doc View SourceExponentialBackoffRetryStrategy()
Initializes a new instance of the ExponentialBackoffRetryStrategy class.
Declaration
public ExponentialBackoffRetryStrategy()
ExponentialBackoffRetryStrategy(Int32, TimeSpan, TimeSpan, TimeSpan)
Initializes a new instance of the ExponentialBackoffRetryStrategy class with the specified retry settings.
Declaration
public ExponentialBackoffRetryStrategy(int retryCount, TimeSpan minimum, TimeSpan maximum, TimeSpan delta)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | retryCount | The maximum number of retry attempts. |
| TimeSpan | minimum | The minimum back-off time |
| TimeSpan | maximum | The maximum back-off time. |
| TimeSpan | delta | The value that will be used to calculate a random delta in the exponential delay between retries. |
ExponentialBackoffRetryStrategy(String, Int32, TimeSpan, TimeSpan, TimeSpan)
Initializes a new instance of the ExponentialBackoffRetryStrategy class with the specified name and retry settings.
Declaration
public ExponentialBackoffRetryStrategy(string name, int retryCount, TimeSpan minimum, TimeSpan maximum, TimeSpan delta)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | The name of the retry strategy. |
| System.Int32 | retryCount | The maximum number of retry attempts. |
| TimeSpan | minimum | The minimum back-off time |
| TimeSpan | maximum | The maximum back-off time. |
| TimeSpan | delta | The value that will be used to calculate a random delta in the exponential delay between retries. |
ExponentialBackoffRetryStrategy(String, Int32, TimeSpan, TimeSpan, TimeSpan, Boolean)
Initializes a new instance of the ExponentialBackoffRetryStrategy class with the specified name, retry settings, and fast retry option.
Declaration
public ExponentialBackoffRetryStrategy(string name, int retryCount, TimeSpan minimum, TimeSpan maximum, TimeSpan delta, bool firstFastRetry)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | The name of the retry strategy. |
| System.Int32 | retryCount | The maximum number of retry attempts. |
| TimeSpan | minimum | The minimum back-off time |
| TimeSpan | maximum | The maximum back-off time. |
| TimeSpan | delta | The value that will be used to calculate a random delta in the exponential delay between retries. |
| System.Boolean | firstFastRetry | true to immediately retry in the first attempt; otherwise, false. The subsequent retries will remain subject to the configured retry interval. |
Fields
| Improve this Doc View SourceDefaultClientBackoff
Represents the default amount of time used when calculating a random delta in the exponential delay between retries.
Declaration
public static readonly TimeSpan DefaultClientBackoff
Field Value
| Type | Description |
|---|---|
| TimeSpan |
DefaultMaxBackoff
Represents the default maximum amount of time used when calculating the exponential delay between retries.
Declaration
public static readonly TimeSpan DefaultMaxBackoff
Field Value
| Type | Description |
|---|---|
| TimeSpan |
DefaultMinBackoff
Represents the default minimum amount of time used when calculating the exponential delay between retries.
Declaration
public static readonly TimeSpan DefaultMinBackoff
Field Value
| Type | Description |
|---|---|
| TimeSpan |
Methods
| Improve this Doc View SourceGetShouldRetry()
Returns the corresponding ShouldRetry delegate.
Declaration
public override ShouldRetry GetShouldRetry()
Returns
| Type | Description |
|---|---|
| ShouldRetry | The ShouldRetry delegate. |


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Before exercise gives increased endurance.
In general best results when no more than 3 dosages in any one day. I use exercise to keep body fit instead of taking more BD to relax for best results.
I do not take more then amount unless I want to go to sleep and then I make sure not to take more than a few drops more. For example not more than 0.25 ml per 140 lb.
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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.


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When to Use Classes or IDs in HTML and CSS
Global Styling
An easy way to use CSS to style an element, such as making the font blue in your main body of text would be,
HTML:

Hi, my name is Adell

CSS:
p {
color: blue;
}
This is called global styling and is usually not a good practice since it will apply the styling to all of your text within
s.
IDs
IDs are a good way to identify styling for one element on a page, but as a best practice should not be used for recurring elements. Use them like so:
HTML:

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CSS:
#introduction {
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}
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, you should use classes.
HTML:

Hi, my name is Adell!

I like to read.

CSS:
p.mainBody {
color: blue;
}