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In Pics | Delhi tops list of top 10 most polluted cities in the world; find out others Here are the top-10 cities in the world, with the highest air pollution as of November 4 morning 04 Nov 2019 IQ Air Visual, a web platform that tracks air quality and air pollution, has put out a list of the world’s most polluted cities. The list is in terms of the live US Air Quality Index (AQI) being collected from across the world. Here are the top 10 cities in the world, with the highest air pollution as of 8.24 am (IST) on November 4. (Image: Reuters) 10. Kathmandu, Nepal: AQI 146 (File image: Reuters) 9. Chengdu, China: AQI 156 (File image: Reuters) 8. Kabul, Afghanistan: AQI 159 (File image: Reuters) 7. Kuwait city, Kuwait: AQI 160 (File image: Reuters) 6. Shenyang, China: AQI 161 (File image: Reuters) 5. Wuhan, China: AQI 166 (File image: Reuters) 4. Kolkata, India: AQI 167 (File image: Reuters) 3. Dhaka, Bangladesh: AQI 226 (File image: Reuters) 2. Lahore, Pakistan: AQI 269 (File image: Reuters) 1. Delhi, India: The national capital is the world’s most polluted city with the AQI hitting 623, as of 8.24 am on November 4. Delhi implemented the odd-even traffic rationing scheme, among other measures, to tackle air pollution. (Image: PTI)


Using new Switch expressions
One of the new features released as part of Java 14 is the switch expressions. This feature was available in earlier versions (Java 12 and 13), too, but as a preview. In Java 14, it became standard. The main difference between the existing and new switch is, the new switch is not the only statement but also expression. There are some more differences, which we will learn in this article.
Syntax of the new switch expression
On the right hand side of ‘case L1 ->’ we can have an expression, a block or a throw statement.
How to use the new switch expression?
The Existing switch has some problems and which are the motive for adding new switch expression. Below is the list of features of the new switch expression.
Statement & Expressions
First and foremost, as I mentioned earlier is, the existing switch is a statement, whereas a new switch can be used as a statement and also as an expression. Expressions can reduce a lot of boilerplate; they can be used along with the return or passed as an argument.
Switch expression is passed as an argument to System.out.println(). It is not possible with the existing switch statement.
Yield values
yield is the new keyword introduced along with switch expression. We may have a block on the right side of ‘case L ->,’ if so, then we need to use yield to return value from the block, which becomes the value of the enclosed switch statement. For a single expression, we don’t need to have a yield.
Arrows and Semicolon
Switch case statements can have arrows (‘case L1 ->’) or semicolons (‘case L2:’). The main difference between these is, with an arrow, an expression is enough to return a value. Whereas with a semicolon, use ‘yield’ to return value. yield keyword will help us to identify that we are using new switch expression, not the existing switch statement.
Scope
The whole switch block is treated as a single scope in the current switch statement, whereas the scope for each case arm is different in the new switch.
Variable ‘result’ is used in multiple cases because the scope is different for each case, whereas in the existing switch, the whole switch will have the same scope.
Multiple constants
New switch expression can have multiple constants per case.
Conclusion
New switch expression fixes many irregularities of the existing switch statement and try to use it to express multi-way conditionals as expressions.


| close readonly |
Terminates the open connection. |
| listen readonly |
Instructs the object to start listening for an incoming connection. |
| open readonly |
Opens the connection for subsequent read/write operations. |
| poll readonly |
Checks a listening object for a new incoming connection. |
| read readonly |
Reads up to the specified number of characters from the connection. CR characters are ignored unless the encoding is set to “BINARY”. |
| readln readonly |
Reads one line of text up to the next line feed. |
| write readonly |
Concatenates all arguments into a single string and writes that string to the connection. |
| writeln readonly |
Concatenates all arguments into a single string, appends a LF character, and writes that string to the connection. |


Introduction
This is a living document. Please help us improving this documentation by forking and opening pull requests on Github Thanks!
While providing a brand-new way of configuring your email account, Developermail users battle-proven open-source products underneath to provide a stable service.
If you encounter any bugs or security issues, please contact us: (sorry, you need Javascript to see this address)
Getting started
Requirements
- Git
- Email client (IMAP/SMTP capable)
Sign up
Git username
user # for<EMAIL_ADDRESS>subexamplecom # for<EMAIL_ADDRESS>- If you signed up using the developermail domain, your git username is the userpart of the email
- If you signed up using a custom domain, your username is the domain name without the dots (.)
IMAP/ SMTP/ CalDAV username
<EMAIL_ADDRESS><EMAIL_ADDRESS>Use the full email address of your mailbox.
Open https://developermail.io/signup and create your first mailbox. You are able to create more mailboxes/ aliases later.
Make sure you note your password once your signup is complete! It won’t be displayed again. This password is used to authenticate yourself at the IMAP/ SMTP/ CalDAV services as well as for Git configuration.
Note: Username for IMAP/ SMTP/ CalDAV is different than the one for cloning the git repo.
We are starting by offering a 5 USD per mailbox per month plan. This plan includes 5GB of storage. Aliases for @developermail.io mailboxes are limited to three. Custom domains include unlimited free aliases.
Prices
Refer to our pricing page
Update DNS settings
DNS settings
MX example.com "smtp.developermail.io."
TXT example.com "developermail-verification=xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"
TXT example.com "v=spf1 include:spf.developermail.io ~all"
CNAME 2015._domainkey.example.com "dkim.developermail.io"
If you registered your mailbox using the @developermail.io domain, you can skip this step.
When using a custom domain, you need to update your DNS settings in order to retrieve mails.
We’re providing a DNS settings check page https://developermail.io/dns-check#/your-domain.com
to
help you with these settings.
Configure your email client
IMAP Endpoint
imap.developermail.io # Port 143/STARTTLS or 993/SSL
SMTP Endpoint
smtp.developermail.io # Port 587/STARTTLS or 465/SSL
Developermail provides IMAP
and SMTP
endpoints for receiving/ sending emails.
We only accept secure connections.
Use<EMAIL_ADDRESS>as username and the password we generated for you upon signup!
Configure your calendar and address book
CalDAV and CardDAV Endpoint
Endpoint
<EMAIL_ADDRESS>Developermail uses the CalDAV/ CardDAV protocol to sync calendars and address books. Use this URL for clients like
- iOS
- OS X iCal
- Davdroid
- CalDAV-Sync/ CardDAV-Sync
Endpoint for limited clients
# Default calendar
<EMAIL_ADDRESS># Address book
<EMAIL_ADDRESS>If your client only supports a subset of the CalDAV protocol, you need to specify the full path to your calendar in your configuration. Use this URL for clients like
Use your full email address as username along your mailbox password.
Configuration
Setup your repository
Clone your private developermail configuration repository
$ git clone https://developermail.io/git/bob
Cloning into 'bob'...
Username for 'https://developermail.io': bob
Password for 'https://bob': *********
remote: Counting objects: 11, done.
remote: Compressing objects: 100% (10/10), done.
remote: Total 11 (delta 2), reused 0 (delta 0)
Unpacking objects: 100% (11/11), done.
Checking connectivity... done.
$ cd bob
$ tree
.
├── config.yaml
├── settings.yaml
└── sieve
└── default.sieve
1 directory, 2 files
Clone your repository.
You are now ready to start configuring.
Configuring your Developermail mailboxes follows the regular git workflow. You make your changes to a file, commit them, and push them. As soon as they’re pushed (and there’s not error), the changes are live!
As your configuration is a fully-functional git repository, you can use all the awesome Git candy, such as revert, branch, blame and all the others!
Your first push
Add an alias to config.yaml
developermail.io:
# Configuration section for<EMAIL_ADDRESS>bob:
# Add a new alias here<EMAIL_ADDRESS># will be aliases to<EMAIL_ADDRESS># You can then send and receive emails from both addresses
# Note: Aliases are free of charge!
aliases: [bob.smith]
Commit all your changes
git commit -am 'Add additional alias'
Push your changes to Developermail
$ git push
Counting objects: 3, done.
Delta compression using up to 8 threads.
Compressing objects: 100% (3/3), done.
Writing objects: 100% (3/3), 301 bytes | 0 bytes/s, done.
Total 3 (delta 1), reused 0 (delta 0)
remote:
remote: Processing config.yaml in master branch:
remote: Created alias<EMAIL_ADDRESS>-><EMAIL_ADDRESS>remote:
remote:
remote: -------------------------------------------------------------------------
remote: You'll be billed $5.00 this month.
remote: If you have any questions, feel free to contact support!
remote:
To https://developermail.io/git/bob
d336592..b33b7d7 master -> master
As an example, add an additional alias to your newly created mailbox.
- Edit the
config.yaml
file with your favorite editor - Commit your changes
- Push them
- Your configuration is live immediately!
Initial config.yaml
config.yaml (custom domain)
# We registered at Developermail using<EMAIL_ADDRESS>example.com:
bob:
sieve: sieve/default.sieve
aliases: []
forwards: []
Your initial config.yaml
will look like this.
config.yaml (developermail.io)
# We registered<EMAIL_ADDRESS>developermail.io:
bob:
sieve: sieve/default.sieve
aliases: []
forwards: []
Or like this, if you chose to signup for a @developermail.io mailbox.
Aliases
Create and delete aliases
aliases:
# Add<EMAIL_ADDRESS>and<EMAIL_ADDRESS># as aliases for the mailbox
- alias1
- alias2
You are able to create and delete aliases by simply adding and removing them
to/ from the aliases
array.
Please note that there is a limit of 3 aliases per mailbox if you use our developermail.io domain. If you use a custom domain, there is no limitation of how many aliases you can use per mailbox.
Catchall aliases
catchall.me:
# Setup a catchall for mailbox<EMAIL_ADDRESS># All email to any address @catchall.me will be
# delivered to to<EMAIL_ADDRESS>mailbox.
# Furthermore adding<EMAIL_ADDRESS>alias,
# so the<EMAIL_ADDRESS>mailbox is able to reply
# using<EMAIL_ADDRESS>all:
aliases: ["@", "reply"]
Catchalls are also supported. Using a catchall address, all email going to<EMAIL_ADDRESS>will end
up in a certian mailbox (unless there’s another mailbox/ alias configured).
If you plan to send emails from a mailbox with a catchall, make sure you additionally add them to
the list.
Please note that catchalls only work for custom domains.
Cross-domain forwards
# Our primary domain with a catchall.
# Create an additional "office" alias so we can reply
# to emails using<EMAIL_ADDRESS>primary.com:
all:
aliases: ["@", "office"]
# A secondary domain, forwarded to<EMAIL_ADDRESS># The<EMAIL_ADDRESS>account can also reply with the
#<EMAIL_ADDRESS>and<EMAIL_ADDRESS>addresses.
secondary.com:
all:
aliases: ["@", "webmaster"]
forwards<EMAIL_ADDRESS>Catchalls and forwards work across multiple domains. In this example we’re using<EMAIL_ADDRESS>as our primary email address with a catchall. The secondary domain secondary.com
also has a catchall and is forwarded to the primary address. When replying to emails<EMAIL_ADDRESS>is allowed to also send emails from<EMAIL_ADDRESS>and<EMAIL_ADDRESS>.
Address tags
Address tags
<EMAIL_ADDRESS>-><EMAIL_ADDRESS>Developermail fully supports email tags for all mailboxes. Tags can also be used to create single-use addresses, or to filter incoming emails. For example, if your email address is<EMAIL_ADDRESS>you may use<EMAIL_ADDRESS>for your work emails. The emails will end up in John’s inbox, and can be filtered by sieve (see sieve section below). The tag can be chosen freely.
The address tag section on Wikipedia might also be informational.
Forwards
Create and delete forwards
forwards:
-<EMAIL_ADDRESS>-<EMAIL_ADDRESS>You are able to create and delete forwards by simply adding and removing them
to/ from the forwards
variable.
There are no limits on forwards neither for developermail.io nor for custom domains. Forwards are free of charge on custom domains.
Forward and keep emails in mailbox
If you want to forward emails, but also keep them in your developermail mailbox, configure forwarding using a sieve filter. See below for details. This also enables IMAP and SMTP access for the forwarded mailbox, allowing you to send emails. Please note that unlike forwards, forwards with the mailbox activated are charged as a normal mailbox.
Set mailbox password length
Set password length
company.com:
admin:
# Generate 35 character passwords
# for mailbox<EMAIL_ADDRESS>password_length: 35
Developermail only uses secure, randomly generated passwords by default. It is, although, possible to define the length of the generated passwords in case you e.g. need higher entropy.
The password length needs to be between 10 and 50 characters.
Note: You need to re-generate the password once you set password_length
in your configuration (and
pushed it using git push
). See the change password section for details.
Mailboxes
Create and delete mailboxes
developermail.io:
fritz:
sieve: sieve/default.sieve
aliases: []
hans:
aliases:
- hansi
You are able to create and delete mailboxes by simply adding and removing them
to/ from the domain
section.
Confirm deletion of a mailbox
curl<EMAIL_ADDRESS>Once you removed a mailbox from your config.yaml
and pushed the changes, you’ll receive a URL
including a delete token to confirm the deletion of your mailbox.
This prevents you to accidently delete your mailbox e.g. due to a misconfiguration.
If you visit the URL in your browser or curl it, the mailbox is permanently deleted.
Please note that your invoice will be automatically changed accordingly.
Change your mailbox password
curl -X POST -u<EMAIL_ADDRESS>"https://developermail.io/api/mailboxes/change-password"
Change your mailbox password
Passwords are automatically generated by our system. If you want to update
the mailbox password, you need to initiate a curl
request.
You will be asked for your old password. On success, a new password is generated for you.
Change password for another mailbox using the admin account
curl -X POST -u examplecom "https://developermail.io/api/mailboxes/change-password" --data '{"user": "fritz", "domain": "example.com"}'
You can also re-generate passwords for all mailboxes under your command, using the account login (the login you also use to access the git repository)
If you need more entropy (longer) passwords, you can set the required length using the
password_length
parameter in your config.yaml
. See this section for details.
Domains
Create and delete domains
developermail.io:
fritz:
sieve: sieve/default.sieve
aliases: []
custom-domain.com:
frith:
sieve: sieve/default.sieve
aliases: []
You are able to create and delete domains by simply adding and removing them to/ from the global section.
There are not limits on domains. We won’t charge for domains neither.
Once you push your changes, you’ll receive all information required to adapt the domains DNS
settings. If you need any help, or if you want to check whether your settings are ok, visit the
DNS settings check page https://developermail.io/dns-check#/your-domain.com
.
The domain will not be activated until you at least set the developermail-verification
TXT
record.
Sieve
Your initial
default.sieve
will look like this:
require "fileinto";
require "regex";
require "imap4flags";
# Place all spam mails in "Spam" folder
if allof (header :regex "X-DSPAM-Result" "^(Spam|Virus|Bl[ao]cklisted)$",
not header :contains "X-DSPAM-Reclassified" "Innocent") {
# Uncomment this if you want your spam mails to be automatically marked as read
# setflag "\\Seen";
fileinto "Spam";
stop;
}
You can use Sieve for mail filterung rules that are applied directly on our servers.
Sieve Examples
File messages from certian addresses into folders
require ["fileinto"];
# Automatically put all emails from Facebook and Twitter in the Social folder
if anyof (address :contains "From" "twitter.com",
address :contains "From"<EMAIL_ADDRESS>{
fileinto :create "Social";
stop;
}
Redirect only emails not marked as spam
require "fileinto";
require "regex";
# Place all spam mails in "Spam" folder
if allof (header :regex "X-DSPAM-Result" "^(Spam|Virus|Bl[ao]cklisted)$",
not header :contains "X-DSPAM-Reclassified" "Innocent") {
fileinto "Spam";
stop;
}
# Use sieve filter to redirect messages, so spam is not forwarded
# Match all emails (unless they're spam)
if header :contains "to" "" {
redirect<EMAIL_ADDRESS>redirect<EMAIL_ADDRESS>}
Redirect mails, but also keep a copy in inbox
# Match all emails
if header :contains "to" "" {
redirect<EMAIL_ADDRESS># Also keep a copy in inbox, but mark as seen
setflag "\\Seen";
keep;
}
Note: If you want to fileinto
another folder, make sure to create it first!
Alternatively, you can use fileinto :create "Foldername"
.
Automatic reply (vacation response)
require "vacation";
# Send out a vacation note once a day
vacation
:days 1
:subject "I'm out of office"
:from "John Smith<EMAIL_ADDRESS>"Thanks for contacting me. I'm out of office, though.";
Advanced automatic reply
require "vacation";
require "variables";
# Automatic responses can also reference the incoming message.
# In the following example, we're configuring the response to
# reference the subject of the incoming message:
if header :matches "Subject" "*" {
set "subject" "${1}";
}
# Send out an automatic reply once a day
vacation
:days 1
:subject "Your message: ${subject}"
:from "John Smith<EMAIL_ADDRESS>"Thanks for contacting me. I'm out of office, though.";
Developermail has full sieve support. Refer to the RFCs for detailed information, or adapt one of our examples!
Also find more inspiration on the Dovecot Sieve documentation site!
Share your sieve configurations with other Developermail users (e.g. by sending a pull-request on this document on Github for additional karma!
Account
settings.yaml (default example)
# This is the configuration file for your account.
#
# By default, the password generated for your account is 10 characters
# long. If you want to increase the entropy of your password (and therefore
# its security), you can specify the length for generated passwords here.
# (Needs to be between 10 and 50 characters)
#
# Note: You need to request a new password, which then will be using the
# new entropy settings. You can request a new password for this account
# using the following command:
# See https://developermail.io/docs#change-your-account-password for details)
#
# curl -X POST -u <account_username> https://developermail.io/api/accounts/change-password
#
# account_password_length: 35
All settings regarding your account are configured in the YAML file settings.yaml
.
Analog to the mailbox configuration, you can edit the file with your favorite editor, commit and
push the changes, and they’re live!
In case you do not have an settings.yaml
file in your repository (it was introduced in Jul 2015),
you can simply add it yourself. See example to the right.
Commit and push your new settings
git add settings.yaml
git commit -am 'Add settings.yaml'
git push
Add the file and commit/ push the changes to see them in action!
Change your account password
Your initial password is automatically generated upon registration. If you want to generate a new
password, you can do so using a curl
request. You will be asked for your old password. On
success, a new password is generated for you.
Change account password
curl -X POST -u examplecom "https://developermail.io/api/accounts/change-password"
If you need more entropy (longer) passwords, you can set the required length using the
account_password_length
parameter in your settings.yaml
. See this
section for details.
Set account password length
Increase account password entropy
account_password_length: 35
Developermail, analog to mailboxes, only uses secure, randomly generated passwords by default. It
is, although, possible to define the length of the generated passwords in case you e.g. need higher
entropy. In case you need additional security for your account, you can increase the password
entropy using the account_password_length
field in the settings.yaml
configuration file.
The password length needs to be between 10 and 50 characters.
Note: You need to re-generate the password once you set account_password_length
in your configuration (and
pushed it using git push
). See the change password section for details.
Billing
Billing information displayed upon “git push”
$ git push
[...]
remote: You'll be billed $15.00 this month.
remote: If you have any questions, feel free to contact support
remote:
To https://developermail.io/git/bob
52ab6e0..d336592 master -> master
Upon every push, you’ll receive a note of the amout you’ll be billed in the upcoming month. If there’s any issues, please feel free to send an email to our support: (sorry, you need Javascript to see this address)
Delete account
Please contact our support (sorry, you need Javascript to see this address) if you want to delete your account. We’re currently working on the automated process for deleting accounts.


Captain America
Steven Rogers
Iron Man
Tony Stark
Black Widow
Natasha Romanoff
Spader-Man
Peter Parker


| DOSE: T+ 0:00 |
repeated |
smoked |
Cannabis |
|
| T+ 0:00 |
25 mg |
oral |
AMT |
(capsule) |
| T+ 1:30 |
12.5 mg |
oral |
AMT |
(capsule) |
| T+ 2:00 |
12.5 mg |
oral |
AMT |
(capsule) |
So, one Friday night, me and my friends 'D' and 'B' were looking for some rolls. We had rolled the weekend before, and we wanted to again because it was the best time we had ever had. So we called our hookup to see if he had any beans.   I said that we should give it a try.
We said we would call him back in awhile to see how many we wanted. So we started to think about where we were going to do it, so we came to my house and looked up AMT online, and it sounded tight as shit, so we gave our man a call back, and he said he could do it. So we met up with him and he wanted to know if we could sling some for him, so we gave him the money up front for ours pills, and he gave us 14 pills to sell. So we left and picked up our friend 'S' and smoked some more before we went into my house.
 Each one had 25 mg in it, and we each took one. It took awhile for it to hit us, but after like an hour, we felt like we were rollin, and for me, the sensation wasn't that strong, but it felt good. Then about 30 minutes later, I was holding a glow stick and I was waving it around. Then it hit me, I started to see in frames, and everything was fuzzy and wavy.
We all were having a good time, and 'B' and I went into my bathroom to take some more. We opened the capsule and poured all the powder out. We divided it in half, and put it in a tissue and swallowed it.  I was seein whirlpools on the walls, the techno was sounding good as shit, and my body felt a sensation it had never felt before. I told 'B', 'Damn, I feel like my body is sitting here, and I'm not in it.' He knew exactly what I meant.
It was almost a numb feeling throughout my whole body. I then realized 'S' had fallen asleep, so we let him sleep. 'D' asked 'B' if he could have another pill. So 'B' let him and 'D' told me to come in the bathroom with him. We split the pill open, and divided in in half, and parachuted it just like I did with the other half earlier.   I was feeling so fucked up, I was seeing patterns and whirlpools and little bubbles floating across the room. Then I would look at my walls and they would start expanding and coming in.
Then 'S' woke up and he was going to bitch about turning the muscic down, but before he could say it, he was like 'Holy shit.' I asked him what, and he was like, 'That has to be the coolest feeling ever, waking up and you are tripping.'  I wasnt in the normal world, I had moved into completely different world.   I asked if it was the same for everyone, and we all started to laugh hysterically.
I was so happy.   We were up the whole night. We tried to go to sleep, but the feeling was so intense that we couldnt sleep. 'D' kept on puttin his head on his pillow and lifting back up, he couldnt help it. I couldnt help chattering my teeth. It was so loud. 'B' was rollin all over his bed. 'S' had fallen asleep, because he only had 1 pill, 'D' and 'B' had 1 and a half, and I had 2.
We stayed in my room until my parents left the house. When they left, we all got up and started to walk around my house and everything looked so weird. I was still tripping. We all were except 'S'. We ate breakfast and headed on out. 'S' went in his own car and went home, while me, 'D' and 'B' were all driving in 'D's' car. I would not recommend driving on this.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
We took it at 10:45 the night before, and it was 10:00 in the morning and the feeling was just as strong as it was at 4:00 in the morning. I couldnt believe how long this was lasting.  After we smoked, we went to 'B's' house and smoked out in his gazebo. I stared into the trees and the braches started to tie themselves together. They were moving around like snakes. We sat outside until about 3:00 in the afternoon, and we were all still trippin. But we realized that we needed to sell the rest of the of the AMT. We went out and sold the rest of them. Then we called up our man and met up with him to give him the money.
 So we smoked more and 'D' dropped us off at each of our houses. I was high as shit, and my body felt numb from the AMT, and the hallucinations were still going on, just not as intense. I stayed up until the effects wore off completely. It was 11:20 when I couldnt feel anything anymore.  I would have to say AMT is my drug of choice. The next day, I was in the best mood. It felt like the world had been lifted off my shoulders. It was the AMT, I felt this way for the next 4 days. I couldnt believe how good AMT was.
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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Standardized Process in DeepClaw¶
In DeepClaw, a sub-task is defined by a pipeline of modules, including segmentation, recognition, grasp planning, and motion planning, as shown in above figure. The pipeline takes color/depth images, force feedback, hardware limitation, and environment information as input and gives actions to the manipulation system and pushes data and results to data monitor.
Segmentation¶
Segmentation and recognition involve analyzing information gained from the perception system. Segmentation is the process that robot cell collecting environment information and representing spatial information of the target objects by using perception algorithms. The output of the segmentation module can be pixel-wise masks or bounding boxes. DeepClaw includes basic segmentation based on contour and edge detection in OpenCV.
Code | Segmentation Module Pool
Recognition¶
Recognition is the process of extracting features of the target object beyond location information. In this step, the robot cell infers the category of the target object by applying specific methods, such as support vector machine(SVM) and convolutional neural network. Some of the end-to-end neural networks infer the location and category of the target object at the same time.
Code | Recognition Module Pool
Grasping Planning¶
Grasping planning aims to find the optimal pose for the robot arm and end-effect to approach the target objects, which is highly dependent on both the end-effector and the objects. Recent years, research interests have shifted from analytic methods to data-driven methods. DeepClaw has implemented an end-to-end grasp planning model based on fully convolutional AlexNet, which was trained on 5000 random grasps with labels.
Code | Grasping Planning Module Pool
Motion Planning¶
Motion planning utilizes information above, such as grasping pose, force sensor data, constrain of the robot system, and limitation of working space, to obtain collision-free trajectories. Currently, waypoint-based motion planning is used through our tasks. For UR5 and UR10e, we utilize the movej command implemented in UR’s controller to plan and execute a path between waypoints. For Franka, we utilize a fourthorder motion generator in the joint space provided by the libfranka software.
Code | Motion Planning Module Pool
End-to-End¶
Actually, many learning algorithms may implement multiple functions, like SSD for both localization and recognition. So, the sub-task process may transforms to three or two, even only one stage process.


Ruby on Rails Development Using Mongoid 5.0.0 - 3. How to use MapReduce to get pageview data Jan 7 Mongoid, Ruby on Rails Comments
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The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.
The quick brown fox jumps over to the lazy dog tit for tat.


---
layout: game-page
title: Food Fight
year: 2021
semester: Spring
description: "My name's Fry and as close as I can figure it...
It's 2020 AD and I am fighting food.
It wasn't always like this. I had a real life once:
A job...
A tasty sandwich...
A cabin in the woods....
Now all that remains.... is the Food Fight.
Please read the README in the download for more information!"
tags: Windows Singleplayer Unreal
# tag options: "Windows", "Mac", "Linux",
# "Singleplayer", "Multiplayer",
# "Controller-Compatible", "VR",
# "Game-Jam"
project_members: {
Matthew Lucien Komar: Team Lead,
Joyce Zhang: Team Lead,
Davis Dunaway: Game Design Guest Lecturer,
Miyu Kojima: Music,
The School: "",
Ryan Cumpstone: "3D Modeling, Level Design",
Sebastian Yang: Programming,
Fresh Goods Bakery: "",
Caleb Koo: "3D Modeling, Level & Character Design",
Ashley Kim: "3D Modeling, Character Design",
Akshay Chekuri: Programming,
The Kitchen: "",
Pheht Salcido: "3D modeling, Level & Character Design",
Sean Swazye: Programming,
Lance Yarlott: Programming,
Chelsea Tang: "3D Modeling, Character Design",
"Nathan Oswell": Programming,
"Lair of the Sushi Dragon [cut]": "",
Helena: "3D Modeling, Level Design",
Shannon Lin: "3D Modeling, Level & Character Design",
Marie Leung: Concept Art,
Annie Wu: Programming,
Anabelle Kang: Concept Art,
}
stage_game_path: food_fight/
builds: {
Windows: FoodFightRelease1_4_1.zip,
Mac: FoodFight_Mac_1.4.1.zip
}
thumbnail: FoodFight1.png
top-img: FoodFightBanner.png
screenshots: [
FoodFight1.png,
FoodFight2.png,
FoodFight4.png,
FoodFight5.png,
FoodFight6.png,
FoodFight7.png,
FoodFight8.png,
FoodFight9.png,
FoodFight3.png
]
# Optional
awards: [
]
# OST-embed instructions: Go to the soundtrack page and click Share -> Embed, and then copy the “src” from the code text and put it in your game info as “OST-embed”
# OST-embed:
top-img-fit: fill
# top-img-fit options:
# "cover" - Cover the entire top area with the image, without squashing/stretching
# "fill" - Fit the FULL image into the top area, squashing/stretching as necessary
---


Calculator
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"Twenty years from now you will be more disappointed by the things that you didn't do than by the ones you did do. So throw off the bowlines. Sail away from the safe harbor. Catch the trade winds in your sails. Explore. Dream. Discover."


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Miss BumBum Suzy Cortez Roller Skates In Undies & A Crop Top: ‘Babe’
November 20, 2019
Miss BumBum Suzy Cortez Roller Skates In Undies & A Crop Top: ‘Babe’
Brazilian bombshell Suzy Cortez dropped jaws on Instagram after posting a picture where she roller-skated while wearing a peachy skintight ensemble. The sizzling shot was one of a number of recent uploads as the brunette beauty has been on a social media spree, particularly after her recent Miss BumBum World 2019 victory.
In the picture, Suzy wore a matching set in a peachy hue. The top was a long-sleeved number with a trendy turtleneck accent. It boasted a skintight fabric that was sure to hug her curves in a way that surely made fans go wild. It was also cropped just below her bustline, revealing Suzy’s toned midriff.
Suzy paired the top with a pair of matching underwear. They were extremely high-cut and extended past her bellybutton. The result was that her hourglass figure was expertly accentuated.
The underwear also exposed the curve of Suzy’s famous derriere, and she jutted out her hip to flaunt it even further.
 They added a playful vibe to complement the sexiness of the shot.
To shield her eyes from the Brazilian sun, Suzy wore a pair of trendy rectangular sunglasses with a bright orange lens that added a pop of color. Her long brunette locks were styled into boxer braided pig-tails, and she teasingly tugged on each as she skated down the boardwalk.
Her body was angled slightly sideways toward the camera, so that the curves of both her cleavage and perky posterior were on full display for her audience, and she was sure to arch her back ever so slightly to further emphasize her fantastic figure.
The background of the shot was a stunning view of the beach and ocean in beautiful Rio de Janeiro.
Suzy expressed in her comment that she felt it was one of the most “beautiful” photos she had ever taken, and then confidently called herself a “babe girl.” Fans certainly seemed to agree, awarding the shot over 3,400 likes and around 60 likes in under an hour.
“Wonderful,” one fan raved, along with three red heart emoji.
“Time to put my skates on,” teased a second, along with a heart-eye emoji and a glasses face.
Loading...
“Awesome,” added a third, with a red heart.
“Beautiful,” concluded a fourth, with several applauding hands and a crown emoji.
This is not the only picture that has dropped jaws this week. Just yesterday, the brunette beauty seductively posed in red lingerie, as previously covered by The Inquisitr.


We are looking for creative, passionate and committed professionals in the fields of webtechnology, vendor management and other support services. If you wish to apply, please email your resume to<EMAIL_ADDRESS>Please mention your specialization or experience in the subject line.


Demo
Title
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Horizontal Form
Horizontal Form
General Elements
Help block with success
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Lyrics of Love and Laughter
by Paul Laurence Dunbar
Possession
Additional Information
- Year Published: 1913
- Language: English
- Country of Origin: United States of America
- Source: Dunbar, P.L. (1913). The Complete Poems of Paul Laurence Dunbar. New York: Dodd, Mead, and Company.
-
Readability:
- Flesch–Kincaid Level: 6.5
- Word Count: 344
- Genre: Poetry
- ✎ Cite This
Downloads
Whose little lady is you, chile,
Whose little gal is you?
What’s de use o’ kiver’n up yo’ face?
Chile, dat ain’t de way to do.

Honey, de money ain’t been made
Dat dey could pay fu’ you;
‘T ain’t no use a–biddin’; you too high
Fu’ de riches’ Jap er Jew.
Lemme see you smilin’ now,
How dem teef o’ yo’n do shine,
An’ de t’ing dat meks me laff
Is dat all o’ you is mine.
How ’s I gwine to tell you how I feel,
How’s I gwine to weigh yo’ wuff?
Oh, you sholy is de sweetes’ t’ing
Walkin’ on dis blessed earf.
Possum is de sweetes’ meat,
Cidah is the nices’ drink,
But my little lady–bird
Is de bes’ of all, I t’ink.
Talk erbout ‘uligion he’pin’ folks
All thoo de way o’ life,
Gin de res’ ‘uligion, des’ gin me
You, my little lady–wife.
Den de days kin come all ha’d,
Den de nights kin come all black,
Des’ you tek me by de han’,
An’ I’ll stumble on de track.
Stumble on de way to Gawd, my chile,
Stumble on, an’ mebbe fall;
But I’ll keep a–trottin’, while you lead on,
Pickin’ an’ a–trottin’, dat’s all.
Hol’ me mighty tight, dough, chile,
Fu’ hit’s rough an’ rocky lan’,
Heaben ’s at de en’, I know,
So I’s leanin’ on yo’ han’.


Creating a Single Metric
2020-10-15
One minute
Sometimes I find myself having to combine several data features into a single metric. It’s bad practice to combine the features if they are on different scales. You end up capturing differences in their scale rather than differences in the underlying metric. So the best approach in these situations is to center the data (subtract the mean) and scale the data (divide by the standard deviation). This is how you eliminate the scale (it’s also part of the data pre-processing you should do before clustering). Once you’ve done all this you can then combine the features by taking row-wise means (or weighted means if having equal weights is not sufficient for the business problem).
In some cases this type of re-scaling might not be enough. You may want to force a vector of data to be bounded between two variables (e.g. 0 and 1 or -1 and 1). This is the approach that I take in Python.
x = np.random.normal(6, 3, 1000)
new_min = 0
new_max = 1
max = np.max(x)
min = np.min(x)
z = (new_max - new_min) / (max - min) * (x - max) + new_max
Reference:
191 Words


Since there are six games left and each game ends in one of two ways, there are 2*2*2*2*2*2 = 64 possible ways that the group stage could end. The boxes below each team how that team would advance in each scenario. Red boxes indicate elimination, orange a tie-breaker match and green advancement, with higher guaranteed seeds shown with darker shades.
SKT, currently 7-1, is almost locked into the 1st seed and would have to drop both its matches today and tie-breakers to lose it.
There are only two ways that WE, currently 5-3, could drop to 4th seed. In every other scenario, SKT and WE are on opposite sides of the playoff bracket.
The remaining four teams, all 3-5, have much foggier futures with roughly even chances of getting the 3rd/4th seed or getting eliminated today. There are some slight variations - G2 has a winning record against the other teams at the bottom of the bracket, so it has slightly more ways of advancing. GAM is the only one that could get a 2nd seed because of its winning record against WE.
Looking at SKT, the left column is all dark green - so a win locks in their top seed.
Both columns of WE are identical. This indicates that the game has no impact on their standings.
The 10 green boxes on G2's left column show that even if they start their day with a loss to SKT they could still advance. The additional green boxes on the right are paths to advancement that open up with a win. Note that there are still some red boxes on the right; even if G2 beats SKT they might not advance! Mouse over the boxes to see some ways that could happen.
GAM fans should cheer for SKT: G2 picking up a game could push them into a tie-breaker or even elimination.
GAM should root for FW; a TSM loss unlocks four tie-breaker scenarios for them.
If G2 thinks FW will beat GAM later, they should root for TSM against FW. If they think GAM will beat FW, they should root for FW against TSM. Group play is weird! G2 is up 2-0 against FW and will advance over them if they finish with the same record. If G2 and FW both win one game and lose one game, G2 will advance over FW.
A WE win also helps TSM a lot, G2 a little bit and has a mixed impact on FW.
If FW has lost its game to TSM, they should root for GAM to set up a potential 3- or 4-way tie. If FW has won, they won't want GAM to win - if GAM also beats FW later, GAM could take the 4th place spot from FW.
TSM is playing another game against one of the bottom four teams so this game isn't as important to them, at least on paper. If they win one/lose one, they have a reasonable shot at advancing. I'll keep these charts updated as matches are played - check back to see if this game changes into a must-win for TSM.
FW loses ties to G2, so they want TSM to win.
Depending on how earlier games go, TSM fans might be cheering for FW to keep their team out of a tie-breaker match.
It is possible that SKT might want to consider throwing the game to WE in order to get a semis draw against GAM or TSM.


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Spatial Computing
Spatial computing allows the opportunity to build digital assets into the real world and display them with new and existing technology. With this model, we have revolutionized the music industry, created amazing multiplayer experiences, and currently work alongside businesses to bring their content to life.
9003 Industries, Inc. is pioneering spatial computing on both the B2B and B2C level, offering deployment cross-platform including: iOS/Android, Magic Leap, NReal and more.
Multiplayer
With modern mobile platforms, we can build experiences that can be supported across multiple devices. Users can share experiences with friends and family or over the internet. The power of this artistic license allows a new world of opportunity for the artist to captivate an audience in new and profound ways. We have only begun to be explore this new world.
The replayability of our content is unique to the user. Spatial computing allows the user to view a scene from any angle at any time. Fast forward, rewind, and pause all at your fingertips.
4D Capture
Volumetric Video represents the next evolution in photography/cinematography. By capturing an entire scene perspective rather than the centuries old single vantage point, the assets can be reconstructed and viewed from any point in space.
A new type of asset
No longer restricted to the pages of science fiction, the concept of holograms will change the way we consume and distribute media. Viewable anywhere as opposed to the confinement of traditional 2D content. From entertainment to telepresence, we allow mobile and headset users to view and project Volumetric Video across all digital platforms.
The Team
Select a member of our team to learn more!
With over a decade of software development experience and 20 years in film and television production our team has a key focus on storydriven content.
Paul R. Vowell
Co-Founder, Chief Executive Officer
Paul Vowell is both an artist and technologist. With decades of music business and production experience, Paul found it imperative to bring content into the 21st century. He is CEO and co-founder of 9003 Industries, Inc.
Adnan E. Chahbandar
Co-Founder, Chief Technology Officer
Adnan is a technologist and data scientist. With experience bringing tech education to 4 continents, Adnan has always been a traveler and passionate techevangalist.
"Sleepy" Patrick Brown
Senior Director and Artist Relations
Regardless of whether you know his name, you have heard his music. "Sleepy" Brown has produced music for TLC, OutKast, TI, Celo, and many more. The father of the Dirty South sound, Sleepy Brown pioneered an entire movement in music as the founder of the Dungeon Family. Sleepy Brown manages all of our artist relations and is 9003 Industries Spokesperson
Jared Puetz
Out-reach and Communications
With eleven years in the film and tv industry, Jared Puetz, puts his network in business to the new age of tech. With high end clients and multi industry entrepreneurship Jared brings neutral solutions with positive results every time. Focusing on story driven content and entertainment, marketing and development. Jared is 9003's Chief of Communication, always available and at your convenience.
Daniel Joaquin Trujillo
Chief Operations Officer
A tech hobbyist from childhood, Daniel started building electric vehicles in high school. Seven years of professional robotics manufacturing, programming, and 15 years film-making experience reinforce his current focus on computer vision, and neural network based image manipulation. Daniel is also co-founder of Waltz Skateboarding.
Ryan McTaggart
Tech Evangalist and Investory Relations
Bio coming soon....
Contact
media
BBC - The Future of Gaming
This year at E3 "The Odyssey" was featured on "The Future of Gaming", a broadcast by BBC. "The Odyssey" is a fully immersive, multi-player go-kart experience that brings takes players to another world to collect boosts and avoid traps while driving at up to 45mph!
The Naked Scientist
9003 Industries, Inc. was brought on to discuss the future of content display systems and the role they will play in integrating education. A talk on learning systems in the new frontier!
95.7 Cruz FM #TheLockerRoom
With over a decade of software development experience and 20 years in film and production, our team has been pushing the boundaries of production for a long time.
Jump into the Light
9003 was featured on a premiere tech podcast. Stay tuned to 'Jump into the Light' to hear what our team has to say about the future of content and delivery systems.


Save a lot of work with CSS!
In our CSS tutorial you will learn how to use CSS to control the style and layout of multiple Web pages all at once.
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Here’s a quick update on Mirage 0.2.
When I started working on the ORM/Serializer layer, I knew we were going to need to bump Mirage to 0.2. However, I thought it was worth keeping the library completely backwards compatible. I wanted users to be able to update to 0.2 without breaking any of their existing route handlers.
The more I learned while developing, the more I realized some of the assumptions I made in 0.1 were simply bad. For example, using the formatting of fixture files (including their names) to determine the format of JSON responses from mocked routes.
Now that we have a proper ORM and serializer layer, I’d like the story for how to set up your mock server to be clear, especially to newcomers.
In 0.1, route handlers receive the db
as the first argument:
this.get('/users', (db, request) => {
return db.users;
});
This made sense in a world where there was only a db
, acting as a dumb data store, and all formatting decisions were left up to the user.
Then, we added the ORM and Serializer. Originally, the idea was, if you defined your models - that is, if you opted in to Mirage’s ORM - we’d inject a schema
object instead of the comparatively dumb db
:
this.get('/users', (schema, request) => {
return schema.user.all();
});
This returned a User Collection, which the Serializer layer knew how to serialize.
This has been working well - but obviously, this is a breaking change for old route handlers. I also wanted people to be able to opt-in to the ORM layer, but still be able to dive into the raw db
if they ever wanted to. db
is an object that hangs directly off of schema
, so you can always access it, even if you’ve opted in to the ORM:
this.get('/users', (schema, request) => {
return schema.db.users;
});
This would bypass the model-specific serializers.
ES6 destructring makes this even better:
this.get('/users', ({db}) => {
return db.users;
});
Given this, I feel it’s worth making the breaking change, and only injecting schema
to route handlers. The upgrade path for existing route handlers should be a simple change:
- this.get('/users', (db) => {
+ this.get('/users', ({db}) => {
return db.users;
});
along with possibly specifying a default Application serializer.
The main reason I want to make this change, is to simplify the story around how Mirage data gets set up. In 0.1, Mirage looked for defined fixtures and/or factories to set up its database. In traditional server frameworks (e.g. Rails), you have a schema
file that specifies the schema of your db. Using a mixture of fixtures and factories is confusing and unnecessary. Further, factories should be seen as an extension of the models (db collections) they’re creating, rather than their definitions.
This is why going forward, the story for configuring Mirage will be a unified one: Models define your schema/database. So, new users will define models for each table/collection they want in their Mirage mock server. That sets up the database tables, and also gives the user a very easy starting point when they do want to opt into the relationship/serializer support. server.create
will still use a factory if it exists, but if no factory exists, it will simply create an empty model.
I’m confident this change will make Mirage simpler and more approachable. The downside is, existing users will need to define blank models for each collection they have. We’ll have a generator, which will help some, but this could prove to be annoying. My hope is that having a single /models
directory, while being able to delete empty factory and fixture files, will simplify things. Also, this paves the way for a planned future addon, mirage-ember-data
. The purpose of this addon is to ascertain, at run-time, the server models and their relationships, based on a user’s Ember Data models. This would eliminate the need to define models again, in Mirage-land.
This addon is still a ways off, but this change - enforcing users to simply define their models as the single source of truth for their backend schema - paves the way.
You can see all the open items left before we release 0.2.0 here. Bugs, Help Wanted and Good for New Contributors are great tags to look out for if you’d like to help push us towards release!
If you have any thoughts or comments, tweet @samselikoff or open an issue.


This isn't the first attempt at high-speed tube travel
Tubeflight 1965
VHST "Very High Speed Transit" System
NASA Efforts
"Magneplane"
NASA Efforts Part 2
"Maglifter"
NASA Efforts Part 3
"PRT"
NASA Efforts Part 4
"SNORT"
Fastest way to travel 200-500 miles
Solution to rapidly growing demand
Reduces airport congestion
Reduces highway congestion
(Effect when airfare increases by 10%)
Who is developing it?
Support the US Route Proposals
(Arrow down to see more)
Missouri
Nevada
Colorado
Midwest
Sign the Federal Petition
https://petitions.whitehouse.gov/hyperloopUniversity Student?
Join the Competition, Open-Source Your Design
(Arrow down to see more)
UCI
UW
MIT
Delft
WARR


Our program simulates N-body systems interacting through the Lennard-Jones pair potential. The simulation uses periodic boundary conditions and the minimum image convention.
These instructions will give you an outline of the program and allow you to run the simulation on your local machine for development and testing purposes. The program comes with an optional accelerated version which is recommended. More on this in the Installing section.
Main.py
The main method which is called to run the simulation.Particle3D.py
, Box.py
The classes that are used throughout the simulation.MDUtilities.py
,Utilities.py
Modules that contain the initializations, integrators and analysis functions.accelerate.cpp
C++ Accelerated functions module.accelerate_module.pyx
The Cython3 wrapper to translate the C++ code into Python3.accelerate.h
C++ headers file.compilec.py
Python module to compile the C++ library.The code is written in python3
and is therefore required for the program to run. There is an optional accelerated version which uses some c++ modules. We have supplied the compiled acceleration library so that the code will work immediately on another linux system. If it does not it needs to be recompiled. In order to do this you need cython3
to wrap the C++
code with python. See next section for information.
It is recommended that you use the C++ code because it runs the simulation around 30 times faster. To ensure that you have cython3
use the following command:
sudo apt-get install cython3
In case the C++ library needs to be compiled before running, this is easily done by:
python3 compilec.py build_ext --inplace
Note that the above command produces very verbose output. This completes the compilation process.
To run the simulation, use e.g. the solid.txt
file with the desired parameters and run:
python3 Main.py parameters.txt vmdoutput.xyz
Note that the above Python only mode is very slow. For the optional accelerated version run (this is recommended):
python3 Main.py parameters.txt vmdoutput.xyz -a
This will produce the following files:
vmdoutput.xyz
which contains the positions of the files for every timestep. It can be loaded directly into VMD for visualization.energyfile.txt
which contains the timestep, kinetic energy, potential energy and total energy.MSD_output.txt
which contains the timestep and MSD values.RDF_output.txt
which contains the timestep and RDF values.The program will also create plots of MSD, RDF and the energies and save them in the Plots
directory.
The Main method ends by the Means Square Displacement and Radial Distribution Function and Energies calculations. Those produce a plot each depending on the range of times needed.
You can alter the parameters by modifying the following part in Main.py
:
msd_start = 7000
msd_end = 9999
rdf_bins = np.arange(0,5,0.1)
rdf_start = 9900
rdf_end = 9999
The rdf_bins
creates an array for the radii to be plotted on the RDF diagram.
It is possible to do further tests without running the simulation again. To load the data (positions) of any data file in the simulation use the get_output
method in Utilities.py
and comment out the simulation run of the box. Replace the outfile string with the desired file name and uncomment the following lines in the code:
outfile = ""
position_list = np.array(get_output(outfile, parameters[0]))
This project is licensed under the MIT License - see the LICENSE.md file for details. The project is hosted on the following github repository: LJ-nbody


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Sc2gears Private Video Stream


1 Samuel 4:1
And the word of Samuel came to all Israel. Now Israel went out against the Philistines to battle, and pitched beside Ebenezer: and the Philistines pitched in Aphek.


Classes
The following classes are available globally.
-
The Base64 class exists to provide a namespace, there is no Base64 instances. It contains static functions for Base64 encoding and decoding.
See moreDeclaration
Swift
public class Base64
-
The Ed class exists to provide a namespace, there is no Ed instances.
See moreDeclaration
Swift
public class Ed
-
A public key - either an Ed25519 public key or an Ed448 public key
See moreDeclaration
Swift
public class PublicKey : CustomStringConvertible
-
A private key - either an Ed25519 private key or an Ed448 private key
See moreDeclaration
Swift
public class PrivateKey : CustomStringConvertible


# Node.js Process Model Node.js processes user requests differently when compared to a traditional web server model. -- Node.js runs in a single process and the application code runs in a single thread and thereby needs less resources than other platforms. -- All the user requests to your web application will be handled by a single thread and all the I/O work or long running job is performed asynchronously for a particular request. -- So, this single thread doesn't have to wait for the request to complete and is free to handle the next request. --- ## Node.js Process Model When asynchronous I/O work completes then it processes the request further and sends the response. -- An event loop is constantly watching for the events to be raised for an asynchronous job and executing callback function when the job completes. -- Internally, Node.js uses libev for the event loop which in turn uses internal C++ thread pool to provide asynchronous I/O. --- ## Node.js Process Model Asynchronous web server model using Node.js. ![](https://www.tutorialsteacher.com/Content/images/nodejs/nodejs-process-model.png) --- ## Node.js Process Model Node.js process model increases the performance and scalability with a few caveats. -- Node.js is not fit for an application which performs CPU-intensive operations like image processing or other heavy computation work because it takes time to process a request and thereby blocks the single thread. --- ## Everything inside Node.js runs in a *single-thread* There is, of course, the question of sharing a single thread between all clients requests, and it is a potential pitfall of writing Node.js applications. -- Firstly, heavy computation could choke up Node’s single thread and cause problems for all clients (more on this later) as incoming requests would be blocked until said computation was completed. -- Secondly, developers need to be really careful not to allow an exception bubbling up to the core (topmost) Node.js event loop, which will cause the Node.js instance to terminate (effectively crashing the program). --- # The End


We work on all leading boilers manufacturers including: Worcester, Ravenheat, Ariston, Vaillant, Glowworm, Baxi, Ideal, Halstead, Vokera, Saunier Duval, Heat Line, Ferroli, Biasi, Main, Viessman and many more.
Basically we are here to help you. Our customer. We are here to make sure you are warm, well and safe with a constant supply of hot water. It’s no fun having no heating or hot water that’s why our promise to you is to repair your boiler or heating system as soon as possible and with a 98% first visit fix we are positive we will solve your problems in no time.
We are a well respected company with a professional approach to everything we do. That’s why we come highly recommended by our customers who come back to us year after year because we offer a first class service that is second to none.


Effective from 9 January 2020
This licence sets out the conditions for using datasets to which the access categories “Open access for registered users” and “Restricted access” apply.
Anyone to whom DANS, on behalf of the holder of the rights to the dataset, makes one or more files of a dataset available (hereinafter referred to as the “User”), agrees to the following conditions. Acceptance of the conditions establishes an agreement between DANS and the User.
Responsible use
The User will act in accordance with the Netherlands Code of Conduct for Research Integrity, the GDPR and other applicable laws and regulations.
Citing the dataset
The User will always cite the dataset in the research results they publish, in whatever form, when it has been used in the research.
This source reference will at least consist of:
For example:
Doorn, dr P.K.; Bommeljé, drs L.S.; Vroom, dr J.A.C.; Wijngaarden, drs H. van;
Bommeljé, drs Y.B. (1990): The Aetolian Studies Project.
DANS. https://doi.org/10.17026/dans-xxu-6utq
Distribution or disclosure of the dataset
The User shall respect all intellectual property rights to the dataset, such as copyrights, database and/or neighbouring rights.
For distribution or disclosure of the entire dataset or of substantial parts thereof, the User must first request permission from the holder of the rights to the dataset. This is the person(s) and/or institution(s) listed in the “Rights holder” metadata field of the dataset. If no holder is listed in this field, the User must contact the person(s) and/or organisation of the person(s) who produced the dataset.
Statement when distributing or disclosing the dataset
When distributing or disclosing the entire dataset or substantial parts of it, in the manner described in Article 2 of this DANS Licence and with the permission of the rights holder, the User shall, in addition to the acknowledgement referred to in Article 2, declare at all times:
Publications
The User will inform DANS of the publications for which the dataset has been used. In this context, publications are defined as publications with an internationally recognized standard identification number, such as ISBN, ISSN or DOI. If a publication is available on the internet, the User will pass on the URL to DANS. If a publication is not available on the internet (via an URL), the User will pass on the source reference to DANS.
Personal data
The User will always be responsible for the processing of personal data made available within the meaning of the GDPR and any other relevant privacy legislation, as well as for complying with any conditions set by the depositor.
Liability for content
DANS shall in no way be liable for the contents or accompanying documentation of the dataset, including infringements of privacy rights within the meaning of the GDPR, unless in the event of intent or gross negligence on the part of DANS. The User is requested to inform DANS of any inaccuracies found as soon as possible after their discovery.
Neither DANS nor the depositor provide any guarantee that a dataset made available will meet the research objectives of the User. Neither DANS nor the depositor are liable for conclusions based on the dataset.
Non-compliance with licence conditions
Compelling reasons
For compelling reasons, such as, but not limited to, an infringement of other people’s copyright or an infringement of the Code of Conduct for Research Integrity, DANS has the right to order the User to stop using the dataset.
Changes to the agreement
DANS reserves the right to unilaterally change this agreement. In the event of substantial changes, DANS will inform the User, through EASY or by other means, before the new conditions take effect, so that the User has the opportunity to become aware of the changes. If the User does not accept the changes, the User must stop using the dataset(s) and delete any downloaded files. By continuing to use the dataset(s) after the changes have taken effect, the User accepts the updated conditions.
Applicable law


| Date Registered | {{ activeData["Date Registered"] }} |
| ABN/ACN | {{ activeData["ABN/ACN"] }} |
| Website | {{ activeData["website"] }} |
| Default margin rate | {{ _.getByPath(activeData, 'margin_rates.default') }}% |
| Default shipping rate | {{ _.getByPath(activeData, 'shipping_rates.default') }}% |
| Number of profiles | {{ _.getByPath(activeData, 'people.length') }} |
| Number of products in Dropship | {{ _.getByPath(activeData, 'Products.length') }} |
Phone |
{{ address.Phone }} |
Location |
{{ address.Location }} |
Address 1 |
{{ address["Address 1"] }} |
Suburb/Town |
{{ address["Suburb/Town"] }} |
State |
{{ address.State }} |
Post Code |
{{ address["Post Code"] }} |


Vulnerability Research is fun!
Noting that vulnerability research isn’t an easy field to jump into, I decided to make a gitpage with my exploits out of the office. Tasks I’ll be covering for the most part are things that took way to much time to do, and had I had a simple blog post with instructions I would have saved a bunch of time. I decided to also upload some documentation of a few tools. Should anyone have questions, I take emails at<EMAIL_ADDRESS>How to build mesa stuff for local GPU application debugging
Source debugging arm efi targets in qemu
Remote building and installing the linux kernel
Building Virtualbox for ub18 on ub18


A struct for holding contact-related parameters such as local offsets of the contact points, friction coefficient, etc.
More...
#include <drake/attic/systems/controllers/qp_inverse_dynamics/param_parser.h>
A struct for holding contact-related parameters such as local offsets of the contact points, friction coefficient, etc.
These can be used to make a ContactInformation which is used by the QP inverse dynamics controller. Please see ContactInformation for more details.
◆ operator!=()
◆ operator==()
Only checks numerical values being equal.
Does not check for name equality.
◆ contact_points
Specified in the body frame.
◆ kd
The QP controller tries to damp contact motions by adding a desired acceleration objective / constraint as \( \dot{v}_d = -kd v \).
weight
is used to specify how \( \dot{v}_d \) is used in the optimization. If weight
is positive, \( \dot{v}_d \) is used as a cost term. If weight
is negative, \( \dot{v}_d \) is used as an equality constraint. weight
shouldn't be zero.
◆ mu
◆ name
◆ normal
Specified in the body frame.
◆ num_basis_per_contact_point
| int num_basis_per_contact_point |
◆ weight
The documentation for this struct was generated from the following file:


What do we call a data structure, which can store a fixed-size collection of elements of the same data type?
Which one isn't a programming language?
What is JS in full?
Local variables are declared outside any function, and they can be accessed (used) on any function in the
An algorithm is:
Which one isn't a method is primarily used to get the values of form elements such as input, select and textarea?
Select a non-falsy value:
What are used to style particular parts of an element, rather than the whole thing?
Which one matches 'x' only if 'x' is not followed by 'y'?


navigationService
(service in module umbraco.services
)
Service to handle the main application navigation. Responsible for invoking the tree Section navigation and search, and maintain their state for the entire application lifetime
Changes the active section to a given section alias If the navigation is 'sticky' this will load the associated tree and load the dashboard related to the section
sectionAlias {string}
The alias of the section
hides the currently open dialog
hides the search pane
Hides the tree by hiding the containing dom element
Shows the legacy iframe and loads in the content based on the source url
source {String}
The URL to load into the iframe
Opens a dialog, for a given action on a given tree node uses the dialogService to inject the selected action dialog into #dialog div.umb-panel-body the path to the dialog view is determined by: "views/" + current tree + "/" + action alias + ".html" The dialog controller will get passed a scope object that is created here. This scope object may be injected as part of the args object, if one is not found then a new scope is created. Regardless of whether a scope is created or re-used, a few properties and methods will be added to it so that they can be used in any dialog controller: scope.currentNode = the selected tree node scope.currentAction = the selected menu item
args {Object}
arguments passed to the function
args.scope {Scope}
current scope passed to the dialog
args.action {Object}
the clicked action containing name
and alias
shows the search pane
Shows the tree for a given tree alias but turning on the containing dom element only changes if the section is different from the current one
sectionAlias {string}
The alias of the section the tree should load data from
Opens the user dialog, next to the sections navigation template is located in views/common/dialogs/user.html


This is my first post and I am looking to buy parts and build my first energy monitor. I have to choose between building an emonTx system or building something similar to the jarv.org setup. As far as I can tell, here are the advantages of each system. Help me choose!
>> emonTx advantages:
Simpler, great community of support (which I will need!)
emoncms interface looks better and easier to setup
Ability to easily add LCD down the road
>> Jarv.org advantages:
Uses ethernet; does not require a base station
Lower cost, since I don't have to build a base station
Lower power consumption (I assume), which is great since that's a main point of this exercise
Re: Which Energy Monitor system to build?
Hi JP and welcome!
What I think is a cool configuration is a Raspberry Pi with the RFM2PI + emonTx and a emonGLCD if you like.
The cool thing about the RF part is that you can put the LCD where-ever you want and also you don't need a RJ45/network connection near your fusebox for the emonTx. I think it gives you more flexibility.
You also can extend these emon systems with all kind of nodes (Martin Harizanov's Funky sensor, Jean-Claude Wippler's JeeNodes) or you develop an add-on yourself :-). Anyway, I think that the Open Energy Monitor platform is a really cool, open and extendable one!
Re: Which Energy Monitor system to build?
Thanks Fluppie! You have convinced me that OpenEnergy is the way to go. Now the choice is between the RasberryPi and the NanodeRF for a base station. I know the Pi can act as a web server but I am not sure why this is a huge advantage compared to hosting with a remote server. What do you think?
I am concerned that the Pi may have more power consumption than the NanodeRF, important to me since this will be on 24/7. How many watts is yours pulling?
Which version of the Pi are you using? I am assuming B with 512MB since this comes with RJ45. Do you need the B with RJ45 in order to interface with the home network, or can the RFM2Pi connect to my home network too?
Re: Which Energy Monitor system to build?
I would go for the Raspberry, it's easier to configure and there's a ready to go SD Card image :-).
https://www.dropbox.com/s/5odwpcrgpsqoxso/emoncmspi.zip
To me it's handy, when the hosting company is down or my internet connection is down, my readings won't get lost. That's why I want my own local copy of emonCMS and I'll forward the analysed data to a remote server (built-in in the RaspberryPi module of emonCMS).
Yes indeed, I ordered mine 3 weeks ago from Farnell/Element14. It's indeed the B version with 512MB RAM.
I haven't measured it yet, because I'm feeding it from the USB port of my server :-). But this means, not more than 500mA thus maximum 2.5W. But with a 'real' supply model B can take up to 700mA, 3.5W.


movinga
Businessmodel of Movinga
Customer Segments
Movinga has a mass market business model, with no significant differentiation between customer segments. The company targets its offering at all consumers who want to move to a new location.
Value Proposition
Movinga offers four primary value propositions: convenience, customization, price, and brand/status.
The company offers convenience by making life simpler for customers. Consumers can schedule a move in advance on its website, specifying a suitable timeframe. No in-person home inspection is required prior to the day of the actual transport. Movinga can provide a real-time estimate of the move cost based on information provided (number of rooms in house, location of destination, etc.). There is almost always someone available for a move because the company works with a large network of partners who can fill their spare capacity (time-wise and space-wise) with new customers. Lastly, payments are not due until 24 hours after the move is completed to confirm satisfaction.
The company enables customization by allowing customers to specify the date/time of the move and the exact services they will need as part of the move.
The company offers a price value proposition. It claims that its prices are up to 70% less than those of the average moving company in Europe. It is able to provide this value by increasing efficiencies and reducing costs through its use of partners, who can use their empty time slots for customers. Once a client has provided information and it sets a price, it guarantees it will not apply additional charges.
The company has established a well-known brand due to its success. It claims to be the fastest-growing online provider of moving services in Europe. Also, it estimates that it completes 1,000 moves a month, with a goal of eventually increasing to 4,000.
Channels
Movinga’s main channel is its website. The company promotes its offering through its social media pages.
Customer Relationships
Movinga’s customer relationship is primarily of a self-service, automated nature. Customers utilize the service through the main platform while having limited interaction with employees. The company’s website provides self-help resources such as a moving checklist and answers to frequently asked questions. That said, there is a personal assistance component in the form of phone and e-mail support.
Key Activities
Movinga’s business model entails maintaining a robust online platform and providing relocation services for its customers.
Key Partners
Movinga’s key partners are the network of professional movers it contracts with to supplement its relocation services. They sign up for moves if they have spare time and space in their vehicles. Partnership benefits include the following:
- The moving jobs represent an extra source of income, particularly for smaller operations
- There is no cost to be a moving partner
- Partners are not required to complete a minimum number of moves
- Partners can sign up for any move requested on the company’s website
- Movinga takes care of all administration processes (order acquisition, volume estimation, etc.)
- Movinga provides support for partners through its customer service team
- Partners receive payment directly from the company’s automated services
- Movinga takes on all financial risk associated with payment defaults or additonal expenditures Partners who complete a high number of moves and/or achieve a high customer satisfaction rate can obtain additional benefits. For example, Movinga worked to build a professional website for COS Freight, a partner that was praised by customers for its high-quality service.
Key Resources
Movinga’s main resource is its proprietary software platform, which calculates real-time price quotes and facilitates more than 1,000 moves per month.
It depends on human resources in the form of engineering employees who maintain and update the platform, drivers that complete customer moves, and customer service personnel who provide support.
Lastly, as a new startup it has relied heavily on funding from investors, raising $31.82 million from 15 investors as of August 2016.
Cost Structure
Movinga has an economies of scale cost structure, aiming to reduce costs and lower prices for customers as it expands the number of movers able to conduct relocations. Its biggest cost driver is cost of service, a variable cost. Other major drivers are in the areas of customer support/operations and marketing/sales, both fixed costs.
Revenue Streams
Movinga has one revenue stream: revenues it generates from the fee it charges consumers to relocate their belongings to a new location. The fee includes payment for the actual move as well as any additional services that are provided.


{%extends 'base.html'%} {%load ratings%} {{block.super}} {%block content%}
Top Product Based on Reviews
You are viewing this from {{continent}} in {{country}} somewhere in {{location.capital}}


#
StoreA store holds the whole state tree of your application. The only way to change the state inside it is to dispatch an action on it.
A store is not a class. It's just an object with
a few methods on it. To create it, pass your root
reducing function
to
createStore
.
#
A Note for Flux UsersIf you're coming from Flux, there is a single important difference you need to understand. Redux doesn't have a Dispatcher or support many stores. Instead, there is just a single store with a single root reducing function. As your app grows, instead of adding stores, you split the root reducer into smaller reducers independently operating on the different parts of the state tree. You can use a helper like
combineReducers
to combine them. This is similar to how there is just one root component in a React app, but it is composed out of many small components.
#
Store Methods#
Store Methods#
getState()Returns the current state tree of your application. It is equal to the last value returned by the store's reducer.
#
Returns(any): The current state tree of your application.
#
dispatch(action)Dispatches an action. This is the only way to trigger a state change.
The store's reducing function will be called with
the current
getState()
result
and the given action
synchronously. Its
return value will be considered the next state. It
will be returned from
getState()
from
now on, and the change listeners will immediately be
notified.
#
A Note for Flux UsersIf you attempt to call
dispatch
from inside the reducer, it will throw with an error saying “Reducers may not dispatch actions.” This is similar to “Cannot dispatch in a middle of dispatch” error in Flux, but doesn't cause the problems associated with it. In Flux, a dispatch is forbidden while Stores are handling the action and emitting updates. This is unfortunate because it makes it impossible to dispatch actions from component lifecycle hooks or other benign places.In Redux, subscriptions are called after the root reducer has returned the new state, so you may dispatch in the subscription listeners. You are only disallowed to dispatch inside the reducers because they must have no side effects. If you want to cause a side effect in response to an action, the right place to do this is in the potentially async action creator.
#
Arguments-
action
(Object†): A plain object describing the change that makes sense for your application. Actions are the only way to get data into the store, so any data, whether from the UI events, network callbacks, or other sources such as WebSockets needs to eventually be dispatched as actions. Actions must have atype
field that indicates the type of action being performed. Types can be defined as constants and imported from another module. It's better to use strings fortype
than Symbols because strings are serializable. Other thantype
, the structure of an action object is really up to you. If you're interested, check out Flux Standard Action for recommendations on how actions could be constructed.
#
Returns(Object†): The dispatched action (see notes).
#
† The “vanilla” store implementation you get by calling [`createStore`](/api/createstore) only supports plain object actions and hands them immediately to the reducer. Notes
However, if you wrap
createStore
with
applyMiddleware
, the middleware can interpret actions differently,
and provide support for dispatching
async actions. Async actions are usually asynchronous primitives
like Promises, Observables, or thunks.
Middleware is created by the community and does not ship with Redux by default. You need to explicitly install packages like redux-thunk or redux-promise to use it. You may also create your own middleware.
To learn how to describe asynchronous API calls, read
the current state inside action creators, perform side
effects, or chain them to execute in a sequence, see
the examples for
applyMiddleware
.
#
Example#
subscribe(listener)
Adds a change listener. It will be called any time an
action is dispatched, and some part of the state tree
may potentially have changed. You may then call
getState()
to
read the current state tree inside the callback.
You may call
dispatch()
from a change listener, with the following caveats:
-
The listener should only call
dispatch()
either in response to user actions or under specific conditions (e. g. dispatching an action when the store has a specific field). Callingdispatch()
without any conditions is technically possible, however it leads to an infinite loop as everydispatch()
call usually triggers the listener again. -
The subscriptions are snapshotted just before every
dispatch()
call. If you subscribe or unsubscribe while the listeners are being invoked, this will not have any effect on thedispatch()
that is currently in progress. However, the nextdispatch()
call, whether nested or not, will use a more recent snapshot of the subscription list. -
The listener should not expect to see all state changes, as the state might have been updated multiple times during a nested
dispatch()
before the listener is called. It is, however, guaranteed that all subscribers registered before thedispatch()
started will be called with the latest state by the time it exits.
It is a low-level API. Most likely, instead of using
it directly, you'll use React (or other)
bindings. If you commonly use the callback as a hook
to react to state changes, you might want to
write a custom observeStore
utility. The Store
is also an
Observable
, so you can subscribe
to changes with
libraries like
RxJS.
To unsubscribe the change listener, invoke the
function returned by subscribe
.
#
Arguments-
listener
(Function): The callback to be invoked any time an action has been dispatched, and the state tree might have changed. You may callgetState()
inside this callback to read the current state tree. It is reasonable to expect that the store's reducer is a pure function, so you may compare references to some deep path in the state tree to learn whether its value has changed.
#
Returns(Function): A function that unsubscribes the change listener.
#
Example#
replaceReducer(nextReducer)Replaces the reducer currently used by the store to calculate the state.
It is an advanced API. You might need this if your app implements code splitting, and you want to load some of the reducers dynamically. You might also need this if you implement a hot reloading mechanism for Redux.
#
Arguments-
nextReducer
(Function) The next reducer for the store to use.


--- layout: page title: "About" header-img: "img/about-bg.jpg" ---
I'm a senior at Harvey Mudd College in Claremont, CA, where I major in computer science. I work with C++, Objective C, Javascript, Python, power tools, wood, old bike parts, and cameras.
I'm interested in artificial life and machine learning, using technology to enhance our sense of space and location, and building a greener world. I'm originally from City Island in New York City.
In the past, I've done geophysics research at JPL, product management at Intuit, and full-stack web development at Amazon. I'm currently looking for a full-time job after I graduate from college in May.
In my free time, I play American folk music with my wonderful partner Karen. I love sailing, backpacking, and riding my bike. I'm also casual photographer and downhill skateboarder.
In case you were looking for another Rupert Deese, there's my father, a painter, or my grandfather, a potter.


Medical college teachers on token strike
by Special CorrespondentDemanding revision of salary and allowances besides better doctor-patient ratio, the Kerala Government Medical College Teachers’ Association (KGMCTA) will go on a token strike on Wednesday from 8 a.m. to 10 p.m. Emergency services will not be affected by the strike.
A press release issued by the association stated that a revised package that had been submitted to the government by the Directorate of Medical Education should be implemented from January 1, 2016.
The KGMCTA has demanded that the government should stop illegal postings and transfer of people in the name of new medical colleges. New medical colleges should be made functioning only after the infrastructure was put in place, the release said.
Dr. Vidhu Kumar, the unit president at Government Medical College, Ernakulam, told The Hindu that medical colleges were woefully equipped to treat the patient burden because of lack of number of doctors as well as other facilities.
Usually, posts were created only on the basis of the undergraduate requirement. The patient load was not taken into account, he said.


I obtained a bachelor's degree (BSc Engg.) in Computer Science and Engineering from Jatiya Kabi Kazi Nazrul Islam University. One of my greatest passions is technology. I've been the team leader of JKKNIU Tech Hub since 2019, and we won two prizes at the NASA Space Apps Challenge in Bangladesh. Smart Garbage Bin from Mymensingh won in 2019 and Disaster Response from Mymensingh came in second in 2021. I recently published a paper in IEEE Network with an impact factor of 10.69 titled "B5G-Enabled Distributed Artificial Intelligence on Edges for COVID-19 Pandemic Outbreak Prediction." My MS includes research. Machine Learning, Deep Learning, Robotics, Image Processing, Natural Language Processing, Pattern Recognition, Cloud Computing, and Information Security are areas of interest.
In addition to this, I had taken part in a lot of programming competitions and performed well in a few noteworthy ones. I often solve problems, take part in online competitions, and work to improve my analytical and critical thinking abilities.
This is my Portfolio web.


Hello I am Matan I am 22 years old
I had learned engineering of electronics for 4 years,3 of them were in high school and 1 more year in college
I had served in the Israeli army for 3 years, my major in the army was engineering parts of the tank ranked number2
I started learning my coding carrer in Coding academy of Mr.Bit in Mat 2018 and hoping one day to be a seccseful
coder in the israeli world of high tec
Your E-mail adress:
Subject:
Massage Body:


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[gecode-users] Multiple branchings...
Jérémie Vautard
jeremie.vautard at laposte.net
Thu Aug 23 18:56:59 CEST 2007
Hi !
I have got a space containing integer and boolean variables. These
boolean variables are only auxiliary variables and are normally
assigned by propagation once the IntVars have been instanciated.
I would like to branch on the IntVars using the smallest domain first
heuristic, and only then on the boolean variables just in case
someone have not been instanciated for a reason...).
Is it OK to write this in the constructor of my space :
------------
branch(this, An_Array_Containing_My_IntVars,BVAR_SIZE_MIN,BVAL_MIN);
branch(this,An_Array_Containing_My_BoolVars,,BVAR_SIZE_MIN,BVAL_MIN);
------------
... to achieve this particular branching ?
Cheers,
Jeremie
PS : Guido, thanks for the dom reminder ! :)
More information about the gecode-users
mailing list


Introduction High-level languages were developed because of the difficulty of programming using assembly languages. High-level languages are easier to use than machine and assembly languages because their commands are closer to natural human language. In addition, these languages are not CPU-specific. Instead, they contain general commands that work on different CPUs. For example, a programmer writing in the high-level C++ programming language who wants to display a greeting need include only the following command: cout << ¡®Hello, Encarta User!¡¯ << endl; This command directs the computer¡¯s CPU
to display the greeting, and it will work no matter what type of CPU the
computer uses. When this statement is executed, the text that appears
between the quotes will be displayed. Although the ¡°cout¡± and ¡°endl¡± parts
of the above statement appear cryptic, programmers quickly become accustomed
to their meanings. For example, ¡°cout¡± sends the greeting message to the
¡°standard output¡± (usually the computer user¡¯s screen) and ¡°endl¡± is how
to tell the computer (when using the C++ language) to go to a new line
after it outputs the message. Like assembly-language instructions, high-level
languages also must be translated. This is the task of a special program
called a compiler. A compiler turns a high-level program into a CPU-specific
machine language. For example, a programmer may write a program in a high-level
language such as C++ or Java and then prepare it for different machines,
such as a Sun Microsystems work station or a personal computer (PC), using
compilers designed for those machines. This simplifies the programmer¡¯s
task and makes the software more portable to different users and machines. |


--- layout: 1.2.0-default title: EventBus Documentation permalink: /documentation/eventbus/1.5/ redirect_from: /software/eventbus/documentation/1.5/ section: software ---
Welcome to the EventBus documentation!
EventBus is a simple, lightweight event bus designed for Java.


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Use control panel in top right corner of map to switch between 2013 and 2020 tree inventory data
Data provided by The City of Austin, TX.


# Copyright 2020 Toyota Research Institute. All rights reserved.
import cv2
import numpy as np
import torch
[docs]def warp_keypoints(keypoints, H):
"""Warp keypoints given a homography
Parameters
----------
keypoints: numpy.ndarray (N,2)
Keypoint vector.
H: numpy.ndarray (3,3)
Homography.
Returns
-------
warped_keypoints: numpy.ndarray (N,2)
Warped keypoints vector.
"""
num_points = keypoints.shape[0]
homogeneous_points = np.concatenate([keypoints, np.ones((num_points, 1))], axis=1)
warped_points = np.dot(homogeneous_points, np.transpose(H))
return warped_points[:, :2] / warped_points[:, 2:]


Provides tools for multiple imputation of missing data in multilevel modeling. Includes a user-friendly interface to the packages 'pan' and 'jomo', and several functions for visualization, data management and the analysis of multiply imputed data sets.
| Version: | 0.3-6 |
| Imports: | pan, jomo, haven, grDevices, graphics, stats, utils |
| Suggests: | mice, miceadds, Amelia, lme4, nlme, geepack, survival, knitr, rmarkdown |
| Published: | 2018-07-10 |
| Author: | Simon Grund [aut,cre], Alexander Robitzsch [aut], Oliver Luedtke [aut] |
| Maintainer: | Simon Grund <grund at ipn.uni-kiel.de> |
| BugReports: | https://github.com/simongrund1/mitml/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| In views: | MissingData |
| CRAN checks: | mitml results |
| Reference manual: | mitml.pdf |
| Vignettes: |
Introduction Introduction Introduction |
| Package source: | mitml_0.3-6.tar.gz |
| Windows binaries: | r-devel: mitml_0.3-6.zip, r-release: mitml_0.3-6.zip, r-oldrel: mitml_0.3-6.zip |
| OS X binaries: | r-release: mitml_0.3-6.tgz, r-oldrel: mitml_0.3-6.tgz |
| Old sources: | mitml archive |
| Reverse imports: | mice |
| Reverse suggests: | jomo, LSAmitR, miceadds |
Please use the canonical form https://CRAN.R-project.org/package=mitml to link to this page.


Rapidly build accurate genetic prediction models for genome-wide association or whole-genome sequencing study data by smooth-threshold multivariate genetic prediction (STMGP) method. Variable selection is performed using marginal association test p-values with an optimal p-value cutoff selected by Cp-type criterion. Quantitative and binary traits are modeled respectively via linear and logistic regression models. A function that works through PLINK software (Purcell et al. 2007 <doi:10.1086/519795>, Chang et al. 2015 <doi:10.1186/s13742-015-0047-8>) <https://www.cog-genomics.org/plink2> is provided. Covariates can be included in regression model.
| Version: | 1.0 |
| Depends: | MASS |
| Published: | 2017-03-21 |
| Author: | Masao Ueki |
| Maintainer: | Masao Ueki <uekimrsd at nifty.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| SystemRequirements: | PLINK must be installed |
| CRAN checks: | stmgp results |
| Reference manual: | stmgp.pdf |
| Package source: | stmgp_1.0.tar.gz |
| Windows binaries: | r-devel: stmgp_1.0.zip, r-release: stmgp_1.0.zip, r-oldrel: stmgp_1.0.zip |
| OS X binaries: | r-release: stmgp_1.0.tgz, r-oldrel: stmgp_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=stmgp to link to this page.


Class Router
Router class
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redirectTo( string $route, array $params = array(), integer $status = 302 )
Redirect to route with params |
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