Returns the current Notice of Effectiveness from the most recently completed business day from here
effectiveness()
a data.frame with each row as a submission with the following columns:
You can also see the same filings going further back by using `latest_filings()` specifying the type = "EFFECT"
# \donttest{ effectiveness()#> registration_number #> 1 \n333-248492 #> 2 \n333-248001 #> 3 \n333-239860 #> 4 \n333-239860-02 #> 5 \n333-239860-01 #> 6 \n333-239860-03 #> 7 \n333-248832 #> 8 \n333-248664 #> 9 \n333-248611 #> 10 \n333-239958 #> 11 \n333-238829 #> 12 \n333-248895 #> 13 \n333-240045 #> 14 \n333-239896 #> 15 \n333-248627 #> 16 \n333-248628 #> 17 \n333-248254 #> 18 \n333-248599 #> 19 \n333-248714 #> 20 \n333-248665 #> 21 \n333-237776 #> 22 \n333-248058 #> 23 \n333-241755 #> 24 \n333-229978 #> 25 \n333-230962 #> 26 \n333-222094 #> file_href #> 1 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248492&owner=exclude&count=200 #> 2 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248001&owner=exclude&count=200 #> 3 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239860&owner=exclude&count=200 #> 4 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239860-02&owner=exclude&count=200 #> 5 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239860-01&owner=exclude&count=200 #> 6 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239860-03&owner=exclude&count=200 #> 7 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248832&owner=exclude&count=200 #> 8 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248664&owner=exclude&count=200 #> 9 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248611&owner=exclude&count=200 #> 10 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239958&owner=exclude&count=200 #> 11 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-238829&owner=exclude&count=200 #> 12 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248895&owner=exclude&count=200 #> 13 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-240045&owner=exclude&count=200 #> 14 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-239896&owner=exclude&count=200 #> 15 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248627&owner=exclude&count=200 #> 16 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248628&owner=exclude&count=200 #> 17 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248254&owner=exclude&count=200 #> 18 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248599&owner=exclude&count=200 #> 19 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248714&owner=exclude&count=200 #> 20 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248665&owner=exclude&count=200 #> 21 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-237776&owner=exclude&count=200 #> 22 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-248058&owner=exclude&count=200 #> 23 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-241755&owner=exclude&count=200 #> 24 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-229978&owner=exclude&count=200 #> 25 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-230962&owner=exclude&count=200 #> 26 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&filenum=333-222094&owner=exclude&count=200 #> registrant #> 1 AEMETIS, INC #> 2 Amesite Inc. #> 3 Cheniere Corpus Christi Holdings, LLC #> 4 Cheniere Corpus Christi Pipeline, L.P. #> 5 Corpus Christi Liquefaction, LLC #> 6 Corpus Christi Pipeline GP, LLC #> 7 Energous Corp #> 8 FinTech Acquisition Corp. IV #> 9 GRAYBUG VISION, INC. #> 10 GeoVax Labs, Inc. #> 11 Greenwich LifeSciences, Inc. #> 12 Guardion Health Sciences, Inc. #> 13 Hall of Fame Resort & Entertainment Co #> 14 Insurance Acquisition Corp. #> 15 PMV Pharmaceuticals, Inc. #> 16 Prelude Therapeutics Inc #> 17 Siyata Mobile Inc. #> 18 VIA optronics AG #> 19 VIA optronics AG/ADR #> 20 Vector Acquisition Corp #> 21 BlackRock Capital Allocation Trust #> 22 FT 8897 #> 23 T. Rowe Price Total Return Fund, Inc. #> 24 IVERIC bio, Inc. #> 25 Majesco #> 26 TPT GLOBAL TECH, INC. #> registrant_href #> 1 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0000738214&owner=include&count=200 #> 2 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001807166&owner=include&count=200 #> 3 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001693317&owner=include&count=200 #> 4 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001693288&owner=include&count=200 #> 5 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001693307&owner=include&count=200 #> 6 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001693287&owner=include&count=200 #> 7 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001575793&owner=include&count=200 #> 8 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001777835&owner=include&count=200 #> 9 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001534133&owner=include&count=200 #> 10 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0000832489&owner=include&count=200 #> 11 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001799788&owner=include&count=200 #> 12 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001642375&owner=include&count=200 #> 13 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001708176&owner=include&count=200 #> 14 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001762322&owner=include&count=200 #> 15 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001699382&owner=include&count=200 #> 16 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001678660&owner=include&count=200 #> 17 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001649009&owner=include&count=200 #> 18 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001769116&owner=include&count=200 #> 19 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001767934&owner=include&count=200 #> 20 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001819994&owner=include&count=200 #> 21 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001809541&owner=include&count=200 #> 22 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001816914&owner=include&count=200 #> 23 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001681576&owner=include&count=200 #> 24 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001410939&owner=include&count=200 #> 25 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001626853&owner=include&count=200 #> 26 https://www.sec.gov/cgi-bin/browse-edgar?action=getcompany&CIK=0001661039&owner=include&count=200 #> division #> 1 Corporation Finance #> 2 Corporation Finance #> 3 Corporation Finance #> 4 Corporation Finance #> 5 Corporation Finance #> 6 Corporation Finance #> 7 Corporation Finance #> 8 Corporation Finance #> 9 Corporation Finance #> 10 Corporation Finance #> 11 Corporation Finance #> 12 Corporation Finance #> 13 Corporation Finance #> 14 Corporation Finance #> 15 Corporation Finance #> 16 Corporation Finance #> 17 Corporation Finance #> 18 Corporation Finance #> 19 Corporation Finance #> 20 Corporation Finance #> 21 Investment Management #> 22 Investment Management #> 23 Investment Management #> 24 Corporation Finance #> 25 Corporation Finance #> 26 Corporation Finance #> type effective_date #> 1 Securities Act Registration 2020-09-24 16:00:00 #> 2 Securities Act Registration 2020-09-24 17:00:00 #> 3 Securities Act Registration 2020-09-24 16:00:00 #> 4 Securities Act Registration 2020-09-24 16:00:00 #> 5 Securities Act Registration 2020-09-24 16:00:00 #> 6 Securities Act Registration 2020-09-24 16:00:00 #> 7 Securities Act Registration 2020-09-24 16:00:00 #> 8 Securities Act Registration 2020-09-24 16:00:00 #> 9 Securities Act Registration 2020-09-24 16:00:00 #> 10 Securities Act Registration 2020-09-24 17:30:00 #> 11 Securities Act Registration 2020-09-24 17:25:00 #> 12 Securities Act Registration 2020-09-24 16:00:00 #> 13 Securities Act Registration 2020-09-24 09:00:00 #> 14 Securities Act Registration 2020-09-24 15:00:00 #> 15 Securities Act Registration 2020-09-24 16:00:00 #> 16 Securities Act Registration 2020-09-24 16:00:00 #> 17 Securities Act Registration 2020-09-24 17:30:00 #> 18 Securities Act Registration 2020-09-24 16:00:00 #> 19 Securities Act Registration 2020-09-24 16:00:00 #> 20 Securities Act Registration 2020-09-24 16:00:00 #> 21 Securities Act Registration 2020-09-24 09:30:00 #> 22 Securities Act Registration 2020-09-24 11:50:00 #> 23 Securities Act Registration 2020-09-24 09:30:00 #> 24 Post-effective Amendments to Securities Act Registration 2020-09-24 00:00:00 #> 25 Post-effective Amendments to Securities Act Registration 2020-09-24 00:00:00 #> 26 Post-effective Amendments to Securities Act Registration 2020-09-24 00:00:00 #> filing_date #> 1 <NA> #> 2 <NA> #> 3 <NA> #> 4 <NA> #> 5 <NA> #> 6 <NA> #> 7 <NA> #> 8 <NA> #> 9 <NA> #> 10 <NA> #> 11 <NA> #> 12 <NA> #> 13 <NA> #> 14 <NA> #> 15 <NA> #> 16 <NA> #> 17 <NA> #> 18 <NA> #> 19 <NA> #> 20 <NA> #> 21 <NA> #> 22 <NA> #> 23 <NA> #> 24 2020-09-18 #> 25 2020-09-23 #> 26 2020-09-14# }


Sigrid at Rock City, Nottingham - in pictures All photos by Laura Patterson 25 Nov 2019, 11:44 by Simon Wilson (Image: Laura Patterson)


Digits OCR
A simple Neural Network using MNIST dataset to recognize handwritten digits.
Prediction Successful!
The Predicted Digit Is:
{{ prediction }}
Confidence Score: {{confidence_score}}
Submit Again
©2021: Made by Abdur Rahman


{% load i18n %} {% block help_message %}
{% blocktrans %} Each alarm definition is defined by its expression composed out of mathematical function, metric, time, times ,threshold and comparator for metric's value and the threshold. Time is the number of seconds for the measurement to be done. They can only be in a multiple of 60. Times is how many times in a row that expression must be true before triggering the alarm. Both time and times are optional and default to 60 and 1 respectively. Additionally it is possible to narrow evaluation of the alarm to certain entities by choosing their dimensions. The deterministic alarms never enter UNDETERMINED state. Use them for metrics that are received sporadically. {% endblocktrans %}


Events Schedule
{% include 'top/events.html.tmpl' %}
Due to the online nature of the conference, we will be holding these sessions over Discord. If you’re not familiar with Discord, we’ve prepared a guide to getting started. Don’t hesitate to contact us if you have any trouble!
{% if request.is_it_hunt_yet and not team.is_limited %}You can register for the first two conference sessions here. Registration for the other conference sessions will open by early Saturday morning.


--- layout: post title: Basic Driving Ettiquite date: type: post published: false status: draft categories: [] tags: [] meta: _edit_last: '2' author: login: fivepointoh email<EMAIL_ADDRESS>display_name: Matt first_name: Matt last_name: Cleaver ---
http://forum.chumpcar.com/index.php?/topic/3510-basic-drivers-etiquette/page__fromsearch__1


https://soundcloud.com/trulethality/sets/dubstep
https://soundcloud.com/connor-cunningham1/sets/ncs-all-dubstep


'Shocked': Former Springbok admits 'unfortunate' doping issue in South African rugby
by Online EditorsFormer Springboks lock Marco Wentzel has sided with critics calling out South African rugby’s “problematic” doping culture.
Following the Springboks’ 2019 Rugby World Cup win in Tokyo earlier this month, South African rugby’s doping issue hit headlines.
Former Irish international Neil Francis recently called on World Rugby to investigate, suggesting that the organisation was happier turning a blind eye.
The Season: Hamilton Boys High School – Episode 3
“How certain are we when we point a finger to suggest there is a steroid culture in a country that has just won the World Cup? Fairly certain,” Francis wrote in the Irish Independent.
“What were we saying about latitude and dispensation? Do we need to put an asterisk beside the winners of the 2019 World Cup?”
Wentzel, who played for South Africa in 2002, told Sport24 it was difficult to argue against the claims with the South African rugby schoolboy scene presenting an alarming doping problem.
“The unfortunate fact is that if we look at the last few years in terms of the amount of rugby players caught doping, critics have a point,” Wentzel told Sport24.
“In recent times we have had the cases of Gerbrandt Grobler, Chiliboy Ralepelle and Aphiwe Dyantyi and way back we had the likes of Johan Ackermann. It’s an issue and I don’t think those who raise the issue are factually incorrect.”
Grobler, who played with Western Province, and Ralepelle both missed multiple seasons after testing positive in drug tests.
Most recently, 2018 World Rugby Breakthrough Player of the Year Dyantyi tested positive to banned substances.
Wentzel was shocked to learn about the doping culture in schoolboy rugby, with last year’s drug testing at the annual Craven Week tournament recording six positive findings for steroids.
He said it would be hard to reverse the trend with the highly competitive standard of schoolboy rugby demanding “massive” players.
“From what one hears the steroid use at schoolboy level is quite rife but is it because we are so competitive and there are so many players? It might spring from that because rugby is such a big cultural phenomenon,” Wentzel said.
“It is up to the coaches and parents to police the use of steroids but kids are kids. In today’s age you can’t stop them and if they want something they’ll get it.”
The Springboks sent fans on social media into meltdown shortly before the start of the Rugby World Cup in Japan, with a team picture showing off their chiselled upper bodies.
The Boks beat England 32-12 in the final to claim a third Webb Ellis trophy.
This article first appeared on nzherald.co.nz and was republished with permission.
In other news:


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About Us
When you join R&B company, it means more than just starting a new job. It means becoming a part of a family and a community that has always put people first. We encourage our associates to build lasting relationships with each and the people that we serve every day. We believe that learning is a lifelong process and encourage employees to become mentors to each other. In doing so we take risks, adapt and progress together. There is passion in everything that we do here; because at the of the day, we are not just selling pipe, valves, and fittings. We are helping provide the water that improves people's quality of lives.
Our Core Values
Providing a pipeline of opportunity for people to grow.
- People First
- Help other, build relationships and demonstrate respect.
- Stay Humble
- Passion Always
- Fight for your family an team.  Be accountable, accurate and safe.
- Always Hustle
- Progressing Together Mentor and be mentored. Take risks, adapt and learn.
- Always Grow


Title Deed
Land Owner
ID number | Passport Number
Land Owner
Land Information
Approximate area
Units
Acres
Hectares
Flats per block
Registration section
County
Ward
Land edition
Edition
Opened
Land numbers
Parcel number
Plot number
Registry Map Sheet number
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(
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Using Cinema 4D and a car build, we were able to customize and animate our vehicle to function just like a real car. With the addition of lighting and camera angles, we were able to showcase our car to the best of or abilities.
From the Cinema 4D renders, I was able to create a full video incorporating both our renders as well as special effects. I used both Final Cut Pro as well as After Effects to create the masterpiece. One of the main challenges was communicating with the main animator on what kind of renders I wanted specifically for the video.
For the car app, I was responsible for prototyping out the look and feel for the application. Featuring a dark colour scheme and high contrast image, I think I was successful at achieving the modern and sleek look we were going for throughout our entire assignment.
In a group of three, we decided to divide the tasks then aid one another if need be. My first task was to create the application prototype. Once I was done the prototype, I began looking for music while my other group members began animating the car. Looking for music took a while as I wanted to ensure that it suited our video perfectly, nevertheless, upon finding the perfect audio, I aided my team in the animation. With the animation, I began compiling the initial draft of the commercial.


generated using jug version <IP_ADDRESS>2
library(jug)
jug() %>%
get("/", function(req, res, err){
"Hello World!"
}) %>%
simple_error_handler_json() %>%
serve_it()
Serving the jug at http://<IP_ADDRESS>:8080
jug is a small web development framework for R which relies heavily upon the httpuv
package. It’s main focus is to make building APIs for your code as easy as possible.
jug is not supposed to be either an especially performant nor an uber stable web framework. Other tools (and languages) might be more suited for that. It’s main focus is to easily allow you to create APIs for your R code. However, the flexibility of jug means that, in theory, you could built an extensive web framework with it.
To install the latest version use devtools
:
devtools::install_github("Bart6114/jug")
Or install the CRAN version:
install.packags("jug")
Load the library:
library(jug)
Everything starts with a jug instance. This instance is created by simply calling jug()
:
jug()
## A Jug instance with 0 middlewares attached
jug is made to work closely with the piping functionality of magrittr
(%>%
). The configuration of the jug instance is set up by piping the instance through the various functions explained below.
In terms of middleware, jug somewhat follows the specification of middleware by Express
. In jug, middleware is a function with access to the request (req
), response (res
) and error (err
) object.
Multiple middlewares can be defined. The order in which the middlewares are added matters. A request will start with being passed through the first middleware added (more specifically the functions specified in it - see next paragraph). It will continue to be passed through the added middlewares until a middleware does not return NULL
(note: if a value is set using e.g. res$json("foo")
the body will not be NULL
). Whatever will be passed by that middleware will be set as the response body.
Most middleware will accept a func
or ...
argument to which respectively a function or multiple functions can be passed. If multiple functions are passed; the order in which they are passed will be respected when processing a request. To each function the req
, res
and err
objects will be passed (and they thus should accept them).
The use
function is a method insensitive middleware specifier. While it is method insensitive, it can be bound to a specific path. If the path
argument (accepts a regex string with grepl
setting perl=TRUE
) is set to NULL
it also becomes path insensitive and will process every request.
A path insensitive example:
$ curl <IP_ADDRESS>:8080/xyz
test 1,2,3!
The same example, but path sensitive:
$ curl <IP_ADDRESS>:8080/xyz
curl: (52) Empty reply from server
$ curl <IP_ADDRESS>:8080
test 1,2,3!
It is however possible to specify a method to bind to using use
(check out ?use
), this way you can process request methods for which no prespecified middlewares exist.
Note that in the above example errors / missing route handling is missing (the server might crash / not respond), more on that later.
In the same style as the request method insensitive middleware, there is request method sensitive middleware available. More specifically, you can use the get
, post
, put
and delete
functions.
This type of middleware is bound to a path using the path
argument. If path
is set to NULL
it will bind to every request to the path, given that it is of the corresponding request method.
$ curl <IP_ADDRESS>:8080
get test 1,2,3!
Middlewares are meant to be chained, so to bind different functions to different paths:
jug() %>%
get(path = "/", function(req, res, err){
"get test 1,2,3 on path /"
}) %>%
get(path = "/my_path", function(req, res, err){
"get test 1,2,3 on path /my_path"
}) %>%
serve_it()
$ curl <IP_ADDRESS>:8080
get test 1,2,3 on path /
$ curl <IP_ADDRESS>:8080/my_path
get test 1,2,3 on path /my_path
By default all middleware convenience function bind to the http protocol. You can however access the jug server through websocket by using the websocket sensitive middleware function ws
. Below an example echo’ing the incoming message.
Opening a connection to ws://<IP_ADDRESS>:8080/echo_message
and sending e.g. the message test
to it will then return the value test
.
Please note that websocket support is experimental at this stage.
In order to make you code more modular, you can include elsewhere defined middleware chains into your jug instance. To do this you can use a combination of the collector()
and include()
functions.
Below a collector
is defined locally (in the same R script) and include
d.
collected_mw<-
collector() %>%
get("/", function(req,res,err){
return("test")
})
res<-jug() %>%
include(collected_mw) %>%
serve_it()
However, it is also possible to include
a collector
that is defined in another .R file.
Let’s say below is the file my_middlewares.R
:
We can include it as follows:
A simple error handling middleware (simple_error_handler
/ simple_error_handler_json
) which catches unbound paths and func
evaluation errors. If you do not implement a custom error handler, I suggest you add either of these to your jug instance. The simple_error_handler
returns an HTML error page while the simple_error_handler_json
returns a JSON message.
jug() %>%
simple_error_handler() %>%
serve_it()
$ curl <IP_ADDRESS>:8080
<!DOCTYPE html>

<meta charset="utf-8">
<title>Not found</title>

No handler bound to path

If you want to implement your own custom error handling just have a look at the code of these simple error handling middlewares.
Please note that generally you would like the error handler middleware to be attached to the jug instance after all other middleware has been specified.
The main reason jug was created is to easily allow access to your own custom R functions. The convenience function decorate
is built especially for this purpose.
If you decorate
your own function it will translate all arguments passed in the query string of the request as arguments to your function. It will also pass all headers to the function as arguments.
If your function does not accept a ...
argument, all query/header parameters that are not explicitly requested by your function are dropped. If your function requests a req
, res
or err
argument (or ...
) the corresponding objects will be passed.
say_hello<-function(name){paste("hello",name,"!")}
jug() %>%
get("/", decorate(say_hello)) %>%
serve_it()
If in the above, you pass a parameter name
through either the query string or as a header in the GET request, it will return as in the example below.
$ curl <IP_ADDRESS>:8080/?name=Bart
hello Bart !
The serve_static_file
middleware allows for serving static files.
jug() %>%
serve_static_files() %>%
serve_it()
The default root directory is the one returned by getwd()
but can be specified by providing a root_path
argument to the serve_static_files
middleware. It transforms a bare /
path to index.html
.
Aside from development, I do not recommend using jug to serve static files.
CORS functionality is introduced by the cors()
middleware function.
Consider the following example.
$ curl -v <IP_ADDRESS>:8080/
* Trying <IP_ADDRESS>...
* Connected to <IP_ADDRESS> (<IP_ADDRESS>) port 8080 (#0)
> GET / HTTP/1.1
> Host: <IP_ADDRESS>:8080
> User-Agent: curl/7.43.0
> Accept: */*
>
< HTTP/1.1 200 OK
< Content-Type: text/html
< Access-Control-Allow-Origin: *
< Access-Control-Allow-Methods: POST,GET,PUT,OPTIONS,DELETE,PATCH
< Content-Length: 12
<
* Connection #0 to host <IP_ADDRESS> left intact
As you see this adds some default CORS-headers. Check out ?cors
for the configuration options, note that you can also add CORS headers to a specific path by specifying the path
parameter.
Currently there is only built-in support for basic authentication (check: https://www.httpwatch.com/httpgallery/authentication/) through the auth_basic
middleware function. The middleware will check the request for a valid username / password combination. If an invalid combination is passed, it will return a 401 status, a WWW-Authenticate
header and a text body which states that there was an authentication error.
First you will need to define a function that accepts username
and password
arguments. The funtion should return TRUE
if the combination is valid and FALSE
if the combination is invalid. A dummy example is shown below. Note, that this function could also check e.g. a database to validate the combo.
# dummy account checker
account_checker <- function(username, password){
# do something to verify the username and password and return TRUE if combination OK
all(username == "test_user",
password == "test_password")
}
Next you need to instantiate the auth_basic
middleware in you middleware chain. The auth_basic
function accepts as first parameter the username/password validation function. Below two examples are given. The first one shows how to do authentication for a specific path (/test
).
jug() %>%
get("/", function(req, res, err){
"/ req"
}) %>%
get("/test", auth_basic(account_checker), function(req, res, err){
"/test req"
}) %>%
serve_it()
The second example below shows how to activate basic authentication for all paths in the jug instance.
jug() %>%
use(NULL, auth_basic(account_checker)) %>%
get("/", function(req, res, err){
"/ req"
}) %>%
serve_it()
The concept of event listeners have been available since version <IP_ADDRESS>2. As middelwares did not suffice to implement a robust logger, the concept of events and event listeners was introduced. Currently listeners can bind to events, an example is given below:
jug() %>%
get("/", function(req,res,err){"foo"}) %>%
on("finish", function(req, res, err){
print("the finish event was received; request processing finished!")}
) %>%
serve_it()
Three events are available currently:
start
: this event is triggered once a new request is receivedfinish
: this event is triggered once a request has been fully processederror
: this event is triggered once an error is being raised inside a middlewareThe start
and finish
event will pass the current state of the req
, res
and err
objects to the listener functions. The error
event will pass a fourth argument, namely a character representation of the error message.
A logger based on futile.logger
is available through logger
.
An example is given below:
jug() %>%
get("/", function(req,res,err){"foo"}) %>%
get("/err", function(req,res,err){stop("bar")}) %>%
logger(threshold = futile.logger::DEBUG, log_file='logfile.log', console=TRUE) %>%
simple_error_handler_json() %>%
serve_it()
In the above example, the logger threshold is set at futile.logger::DEBUG
meaning that we will receive detailed information during the execution. A visual distinction will be made based on the type of message send, e.g. INFO
(on path /
) or ERROR
(on path /err
).
In this example, the logger will write to logfile.log
and will output to the console.
For more information on the logger thresholds, have a look at the documentation of the futile.logger
package.
req
) objectThe req
object contains the request specifications. It has different attributes:
req$params
a named list of the parameters passed by either the query string, a JSON body, URL parameters or a multipart formreq$path
the request pathreq$method
the request methodreq$raw
the raw request object as passsed by httpuv
req$body
the full request body as a character stringreq$protocol
either http
or websocket
req$headers
a named list of the headers in the request (as lowercase and stripped from the HTTP_
prefix provided by the underlying httpuv
framework)It has the following functions attached to it:
req$get_header(key)
returns the value associated to the specified key in the request (no need to worry about the HTTP_
prefix)req$set_header(key, value)
allows to set / alter a header while processing the request (can be useful to pass data to the next middleware)req$attach(key, value)
attach a variable to req$params
res
) objectThe res
object contains the response specifications. It has different attributes:
res$headers
a named list of the set headersres$status
the status of the response (defaults to 200)res$body
the body of the response (is automatically set to be the content of the not NULL
returning middleware or by methods such as res$json()
)It also has a set of functions:
res$set_header(key, value)
set a custom headerres$content_type(type)
set your own content type (MIME)res$set_status(status)
set the status of the responseres$text(body)
to explicitely set the body of the responseres$json(obj, auto_unbox=TRUE)
converts an object to JSON, sets it as the body and set the correct content typeres$plot(plot_obj, base64=TRUE)
convenience function to return a plot object as the response body, the returned plot can either be a base64 representation of the image (default) or the actual binary dataThe path parameter in the get
, post
, … functions are processed as being regex patterns.
If there are named capture groups in the path definition, they will be attached to the req$params
object. For example the pattern /test/(?<id>.*)/(?<id2>.*)
will result in the variables id
and id2
(with their respective values) being bound to the req$params
object.
If a path pattern is not started with a start of string ^
regex token or ended with an end of string token $
, these will be explicitely inserted at respectively the beginning and end of the path pattern specification. For example the path pattern /
will be converted to ^/$
.
Simply call serve_it()
at the end of your piping chain (see Hello World! example).
A minimal TODO app built in Angular with a jug backend.
Clone the repository to check it out: github.com/Bart6114/jug-crud-example
Let’s train (in a very simplistic way) a linear regression model on the mtcars
dataset and assume that our objective is to predict the miles per gallon or mpg
variable based on the inputs gear
and hp
.
head(mtcars)
## mpg cyl disp hp drat wt qsec vs am gear carb
## Mazda RX4 21.0 6 160 110 3.90 2.620 16.46 0 1 4 4
## Mazda RX4 Wag 21.0 6 160 110 3.90 2.875 17.02 0 1 4 4
## Datsun 710 22.8 4 108 93 3.85 2.320 18.61 1 1 4 1
## Hornet 4 Drive 21.4 6 258 110 3.08 3.215 19.44 1 0 3 1
## Hornet Sportabout 18.7 8 360 175 3.15 3.440 17.02 0 0 3 2
## Valiant 18.1 6 225 105 2.76 3.460 20.22 1 0 3 1
mpg_model<-
lm(mpg~gear+hp, data=mtcars)
summary(mpg_model)
##
## Call:
## lm(formula = mpg ~ gear + hp, data = mtcars)
##
## Residuals:
## Min 1Q Median 3Q Max
## -4.7977 -2.4288 -0.7685 2.2405 7.5943
##
## Coefficients:
## Estimate Std. Error t value Pr(>|t|)
## (Intercept) 17.755144 3.241809 5.477 6.74e-06 ***
## gear 3.176520 0.762584 4.165 0.000255 ***
## hp -0.063931 0.008206 -7.791 1.36e-08 ***
## ---
## Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
##
## Residual standard error: 3.108 on 29 degrees of freedom
## Multiple R-squared: 0.7513, Adjusted R-squared: 0.7341
## F-statistic: 43.79 on 2 and 29 DF, p-value: 1.731e-09
As we went through a lot of hard work to end up with this model (/s), we now want to expose it through an API. This way we allow other people or applications to make predictions using this model.
As a first step we need to build a minimal prediction function.
predict_mpg <- function(gear, hp){
predict(mpg_model,
newdata = data.frame(gear=as.numeric(gear),
hp=as.numeric(hp)))[[1]]
}
We can test the function by supplying the gear
and hp
arguments.
predict_mpg(gear = 4, hp = 80)
## [1] 25.34671
Now, to expose this function as a web API, we need to build a jug
instance. We can use the built-in decorate
middleware to ease the integration of the predict_mpg
function. Below, a minimal example is shown.
jug() %>%
post("/predict-mpg", decorate(predict_mpg)) %>%
simple_error_handler_json() %>%
serve_it()
Serving the jug at http://<IP_ADDRESS>:8080
We can now send a http POST request to the http://<IP_ADDRESS>:8080/predict-mpg
url and it will return the predicted value! It works out of the box with either the parameters in a JSON body, as multipart/form-data
or as a x-www-form-urlencoded
.


Gems Usage:
java -classpath %CLASSPATH% com.tibco.gems.Gems -p <properties file> -s <servers XML file>
| Configuration Files: | |
<properties file> |
Read configuration from the given property configuration file. If no property file is specified Gems will run in view-only mode. |
<servers XML file> |
Read EMS servers configuration from the given XML configuration file. If no file is specified Gems will use servers configuration file speciied in the properties file. |


We can observe patterns in heat complaints throughout the year, week, and day. The city regulation demands building owners to provide tenants with minimum heat requirements between Oct 1st and May 31. The heat requirements vary based on the hour and outside temperature. During work hours (6 AM - 10 PM) the heat requirement (minimum 68 degrees) is applied only if the outside temperature falls below 55 degrees. Outside that time window (during nighttime) heat should always meet the required temperature (minimum 62 degrees) without no specification about outside temperature.
The higher minimum temperature requirement during work hours (starts at 6 AM) explains the daily HEAT/HOT WATER complaint pattern which was very low during nighttime (0 - 5 AM) and started to rise at 6 AM time. This also explains the reason the number of HEAT/HOT WATER complaints stayed high even after normal work hour ends (~4 PM), while the other complaint types kept decresing until it reached nighttime.
The regulation specifies heat requirement during the day, which applies throughout the week during Oct 1 - May 31. Since there is no specific regulation on heat requirement during the week, there is no difference in number of HEAT/HOT WATER complaints throughout the week, even during weekend. This suggests that most HEAT/HOT WATER complaints come from residential building, unlike the other complaints that have lower number during the weekend.
While the other type of complaints have a relatively steady number of complaints throughout the year, HEAT/HOT WATER complaint has lowest number from late spring (June) until early fall (Sep). The HEAT/HOT WATER complaints about excessive heat are accepted only during this period.
Trends Throughout the Year
We can look into heat complaint trends throughout the year by comparing the number of complaints and the average temperature in NYC in 2019. As expected, HEAT/HOT WATER complaints started happening in fall and peaked in January when the temperature hit the lowest. The highest peak of heat complaints happened in the same day during the lowest peak of temperature, which were Jan 21st and 31st. (dataset from NOAA)
Complaint Volume Throughout the Day
At any given hour, HEAT/HOT WATER has the highest number of complaints among the other under houses and buildings complaints.


Know how to use Microsoft Word? You can use Blot to run a blog. Blot creates a folder in your Dropbox and publishes files you put inside automatically. Images, text files, Markdown, bookmarks and more
become blog posts.
Members pay
$30 per site, per year. This fee keeps Blot fast and reliable. Blot comes with
8 templates. They're designed to be
easy to customize. Some work well with lots of photography, others are better suited to text. If you're comfortable with HTML and CSS, you can also create your own from scratch.


---
layout: 'interior-page'
title: 'Mayor and Council'
grandparent: 'Borough Clerk'
parent: 'Minutes and Agendas'
---
Agendas
Minutes
Audio
Mayor and Council meetings are now livestreamed and recorded on YouTube.
The Borough's YouTube Channel contains recordings of all meetings from April 2022 through present.
You can find prior years' audio here.
Archive
For archives prior to 2007, please visit the Borough Clerk's office.


Data¶
Data module - main class governing your data and wrapper for all other ConnectiviPy functions.
-
class
connectivipy.data.
Data
(data, fs=1.0, chan_names=[], data_info='')[source]¶ Class governing the communication between data array and connectivity estimators.
- Args:
- data : numpy.array or str
- array with data (kXNxR, k - channels nr, N - data points,
- R - nr of trials)
- str - path to file with appropieate format
- fs = 1: int
- sampling frequency
- chan_names = []: list
- names of channels
- data_info = ‘’: string
- other information about the data
-
select_channels
(channels=None)[source]¶ Selecting channels to plot or further analysis.
- Args:
- channels : list(int)
- List of channel indices. If None all channels are taken into account.
-
filter
(b, a)[source]¶ Filter each channel of data using forward-backward filter filtfilt from scipy.signal.
- Args:
- b, a : np.array
- Numerator b / denominator a polynomials of the IIR filter.
-
resample
(fs_new)[source]¶ Signal resampling to new sampling frequency new_fs using resample function from scipy.signal (basing on Fourier method).
- Args:
- fs_new : int
- new sampling frequency
-
fit_mvar
(p=None, method='yw')[source]¶ Fitting MVAR coefficients.
- Args:
- p = None : int
- estimation order, default None
- method = ‘yw’ : str {‘yw’, ‘ns’, ‘vm’}
- method of MVAR parameters estimation all avaiable methods you can find in fitting_algorithms
-
conn
(method, **params)[source]¶ Estimate connectivity pattern.
- Args:
- p = None : int
- estimation order, default None
- method : str
- method of connectivity estimation all avaiable methods you can find in conn_estim_dc
-
short_time_conn
(method, nfft=None, no=None, **params)[source]¶ Short-time connectivity.
- Args:
- method = ‘yw’ : str {‘yw’, ‘ns’, ‘vm’}
- method of estimation all avaiable methods you can find in fitting_algorithms
- nfft = None : int
- number of data points in window; if None, it is signal length N/5.
- no = None : int
- number of data points in overlap; if None, it is signal length N/10.
- params
- other parameters for specific estimator
-
significance
(Nrep=100, alpha=0.05, verbose=True, **params)[source]¶ Statistical significance values of connectivity estimation method.
- Args:
- Nrep = 100 : int
- number of resamples
- alpha = 0.05 : float
- type I error rate (significance level)
- verbose = True : bool
- if True it prints dot on every realization
- Returns:
- signi: numpy.array
- matrix in shape of (k, k) with values for each pair of channels
-
short_time_significance
(Nrep=100, alpha=0.05, nfft=None, no=None, verbose=True, **params)[source]¶ Statistical significance values of short-time version of connectivity estimation method.
- Args:
- Nrep = 100 : int
- number of resamples
- alpha = 0.05 : float
- type I error rate (significance level)
- nfft = None : int
- number of data points in window; if None, it is taken from
Data.short_time_conn()
method. - no = None : int
- number of data points in overlap; if None, it is taken from short_time_conn method.
- verbose = True : bool
- if True it prints dot on every realization
- Returns:
- signi: numpy.array
- matrix in shape of (k, k) with values for each pair of channels
-
plot_data
(trial=0, show=True)[source]¶ Plot data in a subplot for each channel.
- Args:
- trial = 0 : int
- if there is multichannel data it should be a number of trial you want to plot.
- show = True : boolean
- show the plot or not
-
plot_conn
(name='', ylim=None, xlim=None, signi=True, show=True)[source]¶ Plot connectivity estimation results.
- Args:
- name = ‘’ : str
- title of the plot
- ylim = None : list
- range of y-axis values shown, e.g. [0,1] None means that default values of given estimator are taken into account
- xlim = None : list [from (int), to (int)]
- range of y-axis values shown, if None it is from 0 to Nyquist frequency
- signi = True : boolean
- if significance levels are calculated they are shown in the plot
- show = True : boolean
- show the plot or not
-
plot_short_time_conn
(name='', signi=True, percmax=1.0, show=True)[source]¶ Plot short-time version of estimation results.
- Args:
- name = ‘’ : str
- title of the plot
- signi = True : boolean
- reset irrelevant values; it works only after short time significance calculation using short_time_significance
- percmax = 1. : float (0,1)
- percent of maximal value which is maximum on the color map
- show = True : boolean
- show the plot or not
-
export_trans3d
(mod=0, filename='conntrans3d.dat', freq_band=[])[source]¶ Export connectivity data to trans3D data file in order to make 3D arrow plots. Args:
- mod = 0 : int
- 0 -
Data.conn()
results 1 -Data.short_time_conn()
results - filename = ‘conn_trnas3d.dat’ : str
- title of the plot
- freq_band = [] : list
- frequency range [from_value, to_value] in Hz.
-
fill_nans
(values, borders)[source]¶ Fill nans where values < borders (independent of frequency).
- Args:
- values : numpy.array
- array of shape (time, freqs, channels, channels) to fill nans
- borders : numpy.array
- array of shape (time, channels, channels) with limes values
- Returns:
- values_nans : numpy.array
- array of shape (time, freq, channels, channels) with nans where values were less than appropieate value from borders
-
mvar_coefficients
¶ Returns mvar coefficients if calculated
-
mvarcoef
¶ Returns mvar coefficients if calculated
Data loading¶
Additonal function which enable other data formats loading
-
connectivipy.load.loaders.
signalml_loader
(file_name)[source]¶ It returns data and dictionary from SignalML files.
- Args:
- file_name : str
- must be the same for .xml and .raw files.
- Returns:
- data: np.array
- eeg data from raw file
- xmlinfo : dict
- dcitionary with keys: samplingFrequency, channelCount, firstSampleTimestamp, channelNames, calibrationCoef which means the same as in SML file
-
connectivipy.load.loaders.
give_xml_info
(path)[source]¶ It returns dictionary from SignalML file.
- Args:
- path : str
- SML file eg. ‘test.xml’
- Returns:
- xml_data : dict
- dcitionary with keys: samplingFrequency, channelCount, firstSampleTimestamp, channelNames, calibrationCoef which means the same as in SML file
Additional functions¶
Plot tools which are not depended on Data class
-
connectivipy.
plot_conn
(values, name='', fs=1, ylim=None, xlim=None, show=True)[source]¶ Plot connectivity estimation results. Allows to plot your results without using Data class.
- Args:
- values : numpy.array
- connectivity estimation values in shape (fq, k, k) where fq - frequency, k - number of channels
- name = ‘’ : str
- title of the plot
- fs = 1 : int
- sampling frequency
- ylim = None : list
- range of y-axis values shown, e.g. [0,1] None means that default values of given estimator are taken into account
- xlim = None : list [from (int), to (int)]
- range of y-axis values shown, if None it is from 0 to Nyquist frequency
- show = True : boolean
- show the plot or not


Get started with Bootstrap
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Bootstrap Icons are included with the SVG sprite here, but there are other usage options, too. They're styleable with text utilities and more.
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Here are some of the NTEAA Member EV's!
Click the links below to open a photo gallery and more information.
Do you have an EV conversion you'd like to share with the NTEAA? Send us an email and we can feature your EV right here on NTEAA.org!
BISD E-Tractor
Bonham ISD High School Students finished another Electric Vehicle Project for the 2009/2010 school year. Plans are to use the tractor in a farm tractor course. Primary charging of the E-Tractor will be a solar array, with the option of a plugin charger for emergency or quickcharge requirements.
1989 Mazda B2200 “Bonham ISD - EV Project Elec-Warrior”
BISD project conversion
2008 GPR-S Motorcycle "Silvergreen III"
2008 GPR-S Motorcycle Tiger sportbike frame integrated with 30HP motor and 20, 50AH LifePo4 batteries with total empty weight of 280LBS
David's E-Trike
This is the Electric VW Trike Project, my brother "David" is building from scratch. He's using a front end of a motorcycle, and the rear drivetrain of a VW bug. He's decided to go ahead and go with a 96volt traction pack, which is the maximum recommended for the aircraft starter/generator he's using for the motor.
2008 Toyota Prius "Prius PHV"
2008 Prius by David Murray
Don's E-Jeep
1988 Jeep Wrangler YJ "E-Jeep". E-Jeep completed in 2009. Had some bugs and made modifications accordingly. It is running real well now.
EVIE Conversions Riding Mower
We converted this retired lawn mower to electric in about 3 days. We acquired the mower donor on one of our favorite shopping days of the month (Bulky Trash Day). The Golf Cart motor we pulled from a dead golf cart. We used a simple 12v contactor from one of the local auto parts stores to switch the unit on. It charges from 3 solar panels in about a week.
Jack's Chevelle
1964 Chevrolet Chevelle Malibu 4 door
Bill's Fiero
1984 Pontiac Fiero EV
Holiday Express Riding Train
Holiday Express Riding Train
1986 Pontiac Fiero
"Destiny 2000" 1986 Pontiac Fiero Solar Electric Engineering. Solar assist for charging
Ken's Electric Mower
1995 Murray 42. 42" cutting deck, Had a seized 16 HP gas engine, sheet metal and tires in good condition. Now 48 Volt Etek Powered.
1987 Electric Toyota Celica Convertible
A very fun and peppy EV to drive now that it has been upgraded to a LiFePO4 & Pb/Acid hybrid battery pack, with a 1000amp racing controller. So much fun, one can easily get into trouble doing pavement scratches in 2nd gear.
E-BarStool Trike
Building a reasonable looking, BarStool Trike, for entering the "Scooter Challenge Events" of the EV Club. Currently it is only running at 10mph, but my goal is much higher with larger rear wheels, of maybe 25 mph. Much more than that, and I think it would be scary to ride/drive. I'm running 48vdc, of believe it or not, 4ea WalMart Special, lawn mower batteries. Hey they're only $20 each.
Mike's E-Riding Mower
My 2nd Generation DIY Electric Lawn Tractor. Built with a customized DC Motor from D&D Motors. It is specially wound in order to merely apply 36 to 48vdc to the motor without the need for a controller. Pretty much, turn on the mower, and start mowing. Drive speed is controlled with the original hydrostatic drive, just as it was with the Internal Combustion Engine. By having the motor run at it's most optimum speed continuously, the blades are always running at high RPM, and efficiency. Cost of the conversion is also greatly reduced, by not needing a controller. Motor amps unloaded around 20amps, with blades activated 30amps. Haven't measured amps while driving, because all i have is a handheld clamp-on dc current meter. I can say however I've yet to trip the 100amp DC breaker whlle mowing. So, Lawn Equipment Manufacturers - It can be done, it's not complicated, and or expensive. Dump the Internal Combustion Engine.
Mike's Range Extender Trailer
Working on a "Somewhat" portable range extender, or emergency recharge pack. In theory, one could take the "Range Extender" with them, in the event they are having main traction pack issues, IE: End of Life, or taking a trip just outside the normal range of the EV. Or, if you get in a bind, this unit could be brought to a disabled EV, and feed it's energy into the main pack, to allow for a few more miles in order to get the EV home or to a plugin.
Mike's Plug-in Prius
Here we have experiments underway on 2001 & 2002 Generation 1 Prius(s)
E-Trailer
"Electric (I.C.E.) Pusher" Electric Powered Trailer, used to push/assist an I.C.E. vehicle. Not initially intended to push the I.C.E. on electric only, but who knows at this point in the build
2002 Corbin Sparrow "Roger Rabbit Car"
Conversion of a 2002 Corbin Sparrow to EV!
1999.5 Volkswagen Golf IV
"208 V Golf" Base European model Golf. Never registered in the US until now. Originally converted by AC Propulsion for VW in 2000. It has somehow found its way to me and is reborn!
Paul's Scooter
Auranthetic Scooter. These were made in the 70s out in California.
1965 VW Karmann Ghia
1965 Volkswagen Karmann Ghia Fully restored Ghia with upgraded suspension and disc brakes all-round. The Ghia runs like the wind!! I am afraid to push it past 70mph as it was not really built as a race car.
1986 Pontiac Fiero GT
"E Fiero"
Thomas's E-Fiero
Installed Upgraded, 1200 amp Kelly Controller and took it out for it's first test run. Wow! - Certainly a difference in performance. Plenty of acceleration, and able to maintain highway speed. The two fans mounted above the controller kept the unit at 122F, when the outside temp was already at 90F.


…It looks like something's gone wrong on our side
We apologize for the inconvenience.
All errors are tracked and resolved by our team. They are probably already busy with this issue.
Although we disappointed you, we hope to see you back soon and make it up to you!
Kind regards, Priva web-team


CULTURAL EVENTS
SINGING(Rising Voice)
Entries:- Solo,Duet,Band War
Perfect platform for the budding singers like you to showcase your talent.
Clear your vocals and cast your splendid voice on everyone's ear.
Classical , Bollywood , soft , romantic. We are here to promote you to the next level.. All the best !!
 The event heads & judges will select the performers.
Face Off:The selected individual or groups are required to perform to challenge their opponent. And the better one will compete with the next group.
FACE PAINTING
Team size:Maximum 2 members.
Rounds:1
Time Limit:1 hour
In this event participant have to do painting on partners face according to the theme.
T-SHIRT PAINTING
Team size:Maximum 2 members.
Rounds:1
Time Limit: 1 hour
In this the participants have to bring a plain t- shirt and the corresponding material used for painting. They have to paint the t-shirt according to the theme provided to them within the given span of time.
Rangoli
Team size:Maximum 5 members.
Rounds: 1
Time Limit:45 minutes
Participants will be provided with some social issues from which they have to choose one and make a simple or 3-D Rangoli. After completing Rangoli, judgement will be given and questions will be asked from each team by the respective judges.
Mehandi
Team size: Maximum 2 members.
Rounds: 1
Time Limit: 1 hour
In this event participants have to design mehndi according to the theme.


source
Complete node list
There are several lists of public nodes, but none of them is complete:
- steem.io (8 nodes)
- steem.center (10 nodes)
- steemistry.com (10 nodes)
- geo.steem.pl (13 nodes)
I have a list of 15 nodes. Please let me know if something is wrong or missing. All nodes have support for https://
. For nodes with websocket support (WSS is yes), wss://
has to put in front.
| Server | WSS | Ran By | Version |
|---|---|---|---|
| steemd.privex.io | yes | @privex | 0.19.2 |
| steemd.pevo.science | yes | @pharesim | 0.19.2 |
| rpc.steemliberator.com | yes | @netuoso | 0.19.2 |
| rpc.buildteam.io | yes | @themarkymark | 0.19.2 |
| gtg.steem.house:8090 | yes | @gtg | 0.19.2 |
| rpc.steemviz.com | yes | @ausbitbank | 0.19.2 |
| seed.bitcoiner.me | yes | @bitcoiner | 0.19.2 |
| steemd.steemgigs.org | yes | @steemgigs | 0.19.2 |
| steemd.minnowsupportproject.org | yes | @followbtcnews | 0.19.2 |
| rpc.curiesteem.com | no | @curie | 0.19.2 |
| api.steem.house | no | @gtg | 0.19.4 |
| appbasetest.timcliff.com | yes | @timcliff | 0.19.4 |
| api.steemit.com | no | Steemit Inc. | 0.19.4 |
| steemd.steemitstage.com | no | Steemit Inc. | 0.19.4 |
| steemd.steemitdev.com | no | Steemit Inc. | 0.19.4 |
Working node
A node is listed, when:
- blocks can be streamed
- account history is possible
- votes, a comment and an account can successfully be fetched.
It is measured how many blocks and how many account operation can be streamed in 15 seconds. The third parameter is the mean duration in seconds for the rpc calls to fetch account, comment and votes data.
The following statistics were gained with beem. nodes which are supporting websockets are tested with wss://
and https://
. When a node with websocket connection passed all tests, he is listed with an x
in WSS. When a node with https://
connection passed all tests, he ist listed without x
in WSS.
Statistics
| Server | WSS | blocks in 15 s | account op in 15 s | duration for rpc call in s |
|---|---|---|---|---|
| steemd.privex.io | x | 182 | 29030 | 0.02 |
| steemd.pevo.science | x | 202 | 39040 | 0.13 |
| rpc.buildteam.io | x | 196 | 53054 | 0.04 |
| rpc.steemviz.com | x | 202 | 55056 | 0.03 |
| steemd.minnowsupportproject.org | x | 202 | 49050 | 0.02 |
| rpc.buildteam.io | 34 | 6007 | 0.16 | |
| steemd.minnowsupportproject.org | 14 | 4005 | 0.70 | |
| steemd.pevo.science | 9 | 4005 | 0.14 | |
| rpc.steemviz.com | 26 | 5006 | 0.36 | |
| steemd.privex.io | 1 | 1 | 9.45 | |
| api.steem.house | 1 | 1 | 0.38 | |
| api.steemit.com | 24 | 12013 | 0.47 |
At the moment only 7 from 15 available full API nodes are working.
This page is synchronized from the post: ‘Full API node statistics with beem - April 10th 2018’


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{% extends "layout.html" %} {% set title = "OD-Database - Submit website" %} {% set current_page = "submit" %} {% block body %}
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Orthophoto maps are vertical aerial photographs that have contour lines, place names and other conventional signs superimposed onto them. The scale of South African orthophoto maps is 1 : 10 000 and the contour interval is 5 m.
Colour orthophoto maps are easier to interpret but if you apply what you know about tone, shape, texture and shadows to black and white orthophoto maps, you will be able to recognise and identify a large variety of features.
As with topographic maps, orthophoto maps are given specific reference numbers. The area covered by one topographic map contains 25 orthophoto maps. The colour orthophoto is number 16 from block BA on the Rite topographic map (2930BA) and the black and white orthophoto is number 8 from block CB on the Pietermaritzburg topographic map 2930CB.


I'm passionate about creating genuine experiences through digital and print media. From brand identity and logo design to print ads and web design, I solve problems through visual communication.
I have certification in Digital Graphic Design and Broadcasting and Film, as well as several years working and volunteer experience in the arts. If you don't believe me, just take a look at my resume!


{% extends "general.html" %} {% block content %}
ANN-Benchmarks is a benchmarking environment for approximate nearest neighbor algorithms search. This website contains the current benchmarking results. Please visit http://github.com/erikbern/ann-benchmarks/ to get an overview over evaluated data sets and algorithms. Make a pull request on Github to add your own code or improvements to the benchmarking system.
Results are split by distance measure and dataset. In the bottom, you can find an overview of an algorithm's performance on all datasets. Each dataset is annoted by (k = ...), the number of nearest neighbors an algorithm was supposed to return. The plot shown depicts Recall (the fraction of true nearest neighbors found, on average over all queries) against Queries per second. Clicking on a plot reveils detailled interactive plots, including approximate recall, index size, and build time.
{% for type in ['non-batch', 'batch'] %} {% if len(dataset_with_distances[type]) > 0 %} {% if type == 'batch' %}


| DOSE: |
30 mg |
oral |
AMT |
(powder / crystals) |
| |
20 mg |
insufflated |
5-MeO-DMT |
(powder / crystals) |
| |
112.5 mg |
insufflated |
Ketamine |
(powder / crystals) |
The holiday of Purim is my favorite Jewish holiday, for a number of reasons, but the one which pertains most to this trip is the commandment to “get spiced until you don’t know.” (in Hebrew: Chaiav eesh livesumei b'purei ad deloh yadah) I felt that a good way to honor this commandment would be to do a nice little pile of drugs and see where they took me.
We started with AMT, which I was told would be a pleasant ~15 hour trip, something between MDMA and LSD, but that it was almost certain that it would start with ~2 hours of nausea and probable vomit. So I took a dramamine and smoked a bong to hopefully prevent that. I had barely any nausea at all, and never felt any need to vomit, which I was quite thankful for (there is nothing I like worse than vomit).
I did, however, get a surprising amount of jaw tension, which, due to my TMJ, is kinda painful. We watched two movies and I smoked some pot during this part of the trip, partially in the hopes that it would relax my jaw some. In all, the AMT mostly just left me with a ‘yup, I’m on drugs’ feeling. But the next part got a lot more interesting.
20 mg of 5-MeO-DMT and 100-125 mg of ketamine were measured out. I split each of those between my two little nostrils-- first the 5-MeO-DMT and then the Ketamine. The 5-MeO-DMT stung a little bit, kinda like when you are about to get a nosebleed, but it didn’t hurt. Within moments of taking the K, I became quite dizzy, disoriented and queasy. I put on my headphones with the Laputa soundtrack and lay down.
For the first track of the cd (2:26), I got more and more uncomfortable and got a general feeling of movement forward and disassociation with my body and senses. Although I could still hear the music by the end of the track, I no longer perceived it as music I was listening to, but almost thought of it as real, or a real hallucination, or divine, or from my self.
The second track (3:06) contributed a great deal to my visuals. At this point I was no longer seeing anything although my eyes were probably shut, I didn’t know whether they were or not. The first part of this track is tinkly and melodic and started the shiny bright fractals that I zoomed through. The sensation of movement increases and accelerates. Around 2:30 in this song, a trumpet solo starts, which is what begins my delusions of dying.
The next track (4:29) starts with startling music involving tubas that scares me even more. Somehow, I feel that I am dying. That my senses have left me because I am on the way to the end. As the music gets more urgent, I feel more and more like I am speeding towards some kind of judgement. And I was totally worried that nothing would be the same again (even though I know that that is true of every situation). A point comes where I feel sad but resigned about it.
By this point I am past all nausea or otherwise bad physical feelings—not really in touch with any senses at all, other than sounds (although totally unaware of my awareness of them). During this time, I think I may have been asking for help, but nothing that came out of my mouth sounded like anything I recognized as language, although it did seem to be making sense to others. (Sitter's note : At this point, Chaya was asked if she was doing okay. She replied 'No', and moaned a bit. Her eyes would briefly track movement, but then it became clear that she was no longer seeing with her eyes.) I am told that i never actually asked for help, but just moaned in distress. Suddenly, somewhere during this track, I came to the realization that I “didn’t know.” And that made me very, very happy, because i remembered that it was Purim, and that I had taken drugs in order to go beyond knowing. And that I had succeeded.
At that point, everything got much better and I just felt incredible pleasure and I think I sat up and the headphones came out of the discplayer. But I was still zooming and zooming through incredibly bright (like they’d be too bright to look at in real life—however, I was in actuality facing a window, outside of which was bright sunlight) fractal tunnels like roller coasters, and every time I went down a hill (which was all the time on a roller coaster like this) it felt all groin-tingly in that wonderful falling feeling. Here I began shouting (although I apparently shout quite quietly) “cool!” “wow!” and “kick-Ass!” a lot, uncontrollably. But I still felt as though the words were not the words I knew I was saying.
Looking back on this feeling, I think it had something to do with forgetting that I was wearing my bitesplint (for TMJ) and slurring/lisping because of it. I think I removed it at some point though, I cannot recall exactly when. Every now and then I would realize that I was shouting, and ask the room ‘Am I bothering you?” but I also felt like asking if I was bothering them would be more annoying than just shouting in glee, so I continued my rolling around on the floor exclaiming joy instead. I am not sure how long I did this for, as I had managed to disconnect my music. I’m also told that at the very beginning of that phase I exclaimed relief that I was not dead or dying.
The incredible zooming feeling faded slowly, leaving my vision swirling gently around the corners of objects in little spirals. I had taken out my contacts before we took the 5-MeO-DMT and the K and so things remained blurry well past the point that it was actually drug induced vision alteration. Once the intense zooming and visuals faded, I was left feeling pleasantly tired and cuddly. This afterglow lasted for a while I think. Although the joy in the experience hasn’t left me yet, and it has been several weeks now.
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.


---
layout: post
title: Development has built-in network effects
date: 2011-10-13 15:52:00.000000000 -05:00
comments: true
categories: []
published: true
---
It just occurred to me that the more you actually build stuff, is the easier it is to build stuff.
Not only because you get better, but because your library of solutions expands...which encourages you to build more stuff (because you are creating less 'novel' pieces of your new project) which expands your library even more and makes you even better. Creating a virtuous positive cycle.
That happened to me just now. I needed a divider, something simple, elegant, doesn't involve a GIF or any images, and pure CSS. Well, I remember struggling with this for
CompVersions, so I painstakingly took the time to create one.
It's nice, simple and very elegant.
I literally just copied and pasted that one CSS rule from
CompVersions to my new project and added an empty div...BAM! Perfect divider.
Yes, I am a relatively n00bie 'full-time' developer, so these sorts of 'obvious stuff' are just now clicking with me - so you have to forgive my bouts of spontaneous joy when I come across them.
I imagine there must be other professions where this is true, take Law for instance (where you have a sample contract that is just re-used as the basis for all future contracts) - but it never occurred to me that it would be so powerful for development.
Btw, for anyone interested, here is the code for the divider:
You should follow me on Twitter
here.


gdu
Disk usage analyzer with console interface.
More information: home page
- Interactively show the disk usage of the current directory:
gdu
- Interactively show the disk usage of a given directory:
gdu path/to/directory
- Interactively show the disk usage of all mounted disks:
gdu --show-disks
- Interactively show the disk usage of the current directory but ignore some sub-directories:
gdu --ignore-dirs path/to/directory1,path/to/directory2,...
- Ignore paths by regular expression:
gdu --ignore-dirs-pattern 'home page*[abc]+'
- Ignore hidden directories:
gdu --no-hidden
- Only print the result, do not enter interactive mode:
gdu --non-interactive path/to/directory
- Do not show the progress in non-interactive mode (useful in scripts):
gdu --no-progress path/to/directory


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A sentence is a group of words that form a complete instruction. Unlike English sentences, J sentences do not end with a period or other punctuation mark. Instead a J sentence is usually a complete line.
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--- layout: post title: Return a JSON error response from file download categories: [] tags: serviceapi status: publish type: post published: true meta: {} ---
If you prefer to receive a JSON error response when downloading a file then append format=json in the query string.
In 9.1 there is a bug which causes the HTML error page to be returned with the HTTP status code 200, rather than an error code. If you return JSON then you will get an appropriate error code (probably a 500). To fix 9.2:


{{ authService.userData.email }}
Admin
Given below is the list of names for the storage tank regions.


temperature transmission malaria An. effects mosquito mean mosquitoes DTR {border-style Fig. temperatures px;} vector #ffffff;} parasite climate daily gambiae local vectorial diurnal capacity Table data stephensi potential survival variation changes species Anopheles falciparum infection traits treatment used Thomas ambient effect life oocyst rate °C S). Sci. change current history px; reduced {font-family Malar. USA adult conditions different fluctuation font-size included increases intensity prevalence studies thermal °C, Africa Paaijmans Plasmodium adaptation double; environmental high increasing infectious microclimate range warming Acad. However, Natl. Proc. border-color border-width development endemic evidence example, extrinsic human important increase incubation larval period potentially prevalence, reductions response risk solid; stephensi, strongly study vectors {font-style {font-weight (DTR Climate Department Malaria Parasit. Read Temperature Vectors bloodmeal bold competence control courier; depending em; estimate exhibit factors field future global groups highly housed impact incidence insectary key lead measures mixed model optimum overall probability pt;} ranges relative results significant significantly small sporozoite standard suggest support temperature, °C)


SCSS is a superset of CSS3 syntax, hence, every .css file is a valid .scss file
SCSS is a new syntax for SASS (a pre-processor scripting language).
However, both old(SASS) and new(SCSS) syntaxes have different file extensions and some differences.
Nevertheless, SCSS is prefered in this repo as its syntax is similar to CSS3.
Reference for difference between SCSS and SASSBy default, Angular will use css when new projects are setup.
However, the style can be set when generating new project or component.
For example: ng generate component home --style scss
SCSS does help us in improving our code management as it allows us to declare variables.
With the variable declaration function, we can declare global variables for repeatedly used constants.
Example:
$flexContentSize: 0 1 auto;
$flexRemainingSpace: 1 1 1e-9px;
.flexContentSize {
flex: $flexContentSize;
}
.flexRemainingSpace {
flex: $flexRemainingSpace;
}
.flexContainer {
height: 100%;
display: flex;
flex-flow: column;
}


The course provides a survey of the computing systems, technologies, and data sets used throughout the healthcare system--spanning provider, patient, payer, and pharma. The purpose is to provide MEng and MS students with an understanding of the functional requirements and constraints placed on these digital systems and to provide a basis for future innovation.
This is the core course for Cornell Tech's MS in IS Health Tech Hub and for all other Cornell Tech students interested in Health Tech. All Cornell Tech masters students are welcome to enroll. There are no pre-requisites for the 1 unit version of the class. In order to take the 3 unit class students should be enrolled as MS or MEng students and we assume moderate programming and data analysis skills at the level of 2110 or 4110.
Course Number: 17970
CS 2110 or permission of instructor.
Mondays 2:30-4:25 (Grizzly) and Wednesdays 5:30-6:30 (Big Red), from 8/31/15 to 12/7/15.
Cornell Tech Campus, 3rd Floor.
-Makeup Session 6-8pm on Tuesday 9/8 (instead of Mon. 9/7).
-Makeup Session 6:30-8:30pm on Tuesday 9/15 (instead of Mon. 9/14).
-Wednesday 9/30 will be held in Touchdown.
Required:
Hacking Healthcare: A Guide to Standards, Workflows, and Meaningful Use, by Trotter & Uhlman (2011).
Recommended:
Contemporary Health Informatics, by Braunstein (2014).
Biomedical Informatics, by Shortliffe (2013).
Health Informatics, by Hoyt (2014).


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6
Dietary
A simple method for perfect poached egg is to have just a little water barely bubbling in a sauté pan then simply slide in the eggs and leave them to cook for a short while. The stiller water and the gentleness of adding them to the pan means that the eggs stay intact giving you an egg with a perfect poach.
Line a large baking tray with baking parchment and set aside.
Dust a little flour on a clean work surface and roll out the puff pastry to a 28x30cm/11x12in rectangle about the thickness of a £1 coin. Trim the edges so that the sides are nice and straight and neat. Cut the pastry in half down the length and then into thirds across the width to give six 10x14cm/4x5½in rectangles.
Put the pastry rectangles on the baking tray, cover with cling film and refrigerate for 20 minutes (or freeze for 10 minutes) for the pastry to firm up. It is important to do this so that when the puff pastry goes into the oven the flour cooks before the butter melts ensuring a much lighter pastry.
Preheat the oven to 220C/425F/Gas 7 (200C fan). Mix the cream cheese and lemon zest together in a small bowl and season to taste with salt and pepper. Trim the asparagus so that each stem is 10cm/4in long (you can use the trimmings to make a quick soup or add to a pasta sauce).
Once firm, remove the pastry from the fridge (or freezer) and use a sharp knife to mark a 1cm/½in wide border around each rectangle. Then, using a crosshatch pattern, mark the border so each pastry shape resembles a picture frame. Take a fork and prick the centre of each shape about 10 times, right through to the baking tray. Brush the border with the beaten egg (or milk), making sure that it does not go down the sides of the pastry (if this happens, wipe it away with your finger otherwise the egg will stick the layers of the pastry together and stop the pastry from rising).
Divide the lemony cream cheese between the six tarts, spreading it out with the back of the spoon and making sure that it stays inside the ‘frame’. Lay five asparagus spears in a single layer, touching each other and pointing in the same direction on each tart, and push them down slightly.
Bake the tarts in the oven for 18-20 minutes, or until the pastry has puffed up nicely and is firm and golden-brown where it has risen.
About 10 minutes before the tart is ready, pour about 4cm/1½in of water into a sauté pan or a deep frying pan and bring to the boil over a high heat. Turn the heat down to bring the water to a gentle simmer. Crack an egg into a very small bowl or tea cup and then slide the egg into the water. Repeat with all of the eggs, spacing them apart. Cook them for about 3-4 minutes, or until the white is cooked but the yolk still soft. Remove with a slotted spoon onto a warm plate.
Remove the tarts from the oven and divide between six serving plates. Sit a poached egg on top of each tart and scatter over the parmesan and basil leaves. Sprinkle with a little salt and pepper and drizzle with a little olive oil, if liked, and serve.


PCA
Principal component analysis (PCA) is a feature extraction approach for which we can leverage on the first few principal components and ignoring the rest.
In clustimage
the pca library utilized to extract the first 50 (default) components.
The use of PC’s for clustering is usefull in applications with among others faces, where so called eigenfaces are computed.
The eigenface is a low-dimensional representation of face images. It is shown that principal component analysis could be used on a collection of face images to form a set of basis features.
# Initialize with pca and 50 PCs
cl = Clustimage(method='pca', params_pca={'n_components':50})
# Take the number of components that covers 95% of the data
cl = Clustimage(method='pca', params_pca={'n_components':0.95})
# Load example data
X, y = cl.import_example(data='mnist')
# Check whether in is dir, list of files or array-like
X = cl.import_data(X)
# Extract features using method
Xfeat = cl.extract_feat(X)
# Alternatively, the features are also stored in the results dict
cl.results['feat']
# Alternatively, the features are also stored in the results dict using the run-at-once function.
results = cl.fit_transform(X)
# Extracted PC features
results['feat']
HOG
Histogram of Oriented Gradients (HOG), is a feature descriptor that is often used to extract features from image data. In general, it is a simplified representation of the image that contains only the most important information about the image. The HOG feature descriptor counts the occurrences of gradient orientation in localized portions of an image. It is widely used in computer vision tasks for object detection.
The HOG descriptor focuses on the structure or the shape of an object. Note that this is different then edge features that we can extract for images because in case of HOG features, both edge and direction are extracted.
The complete image is broken down into smaller regions (localized portions) and for each region, the gradients and orientation are calculated.
Finally the HOG would generate a Histogram for each of these regions separately. The histograms are created using the gradients and orientations of the pixel values, hence the name Histogram of Oriented Gradients
Not all applications are usefull when using HOG features as it “only” provides the outline of the image. For example, if the use-case is to group faces or cars, HOG-features can do a great job but a deeper similarity of faces or types of cars may be difficult as the details will be losed.
The input parameters for the HOG function clustimage.clustimage.Clustimage.extract_hog()
image vector : Flattened 1D vector of the image
orientations : number of allowed orientations (default is 8)
pixels_per_cell : Number of pixels per cell aka the HOG-resolution (default: 16, 16)
cells_per_block : number of cells per block (default: 1, 1).
# Initialize with HOG
cl = Clustimage(method='hog', params_hog={'orientations':8, 'pixels_per_cell':(8,8), 'cells_per_block':(1,1)})
# Load example data
X, y = cl.import_example(data='mnist')
# Check whether in is dir, list of files or array-like
X = cl.import_data(X)
# Extract features using method
Xfeat = cl.extract_feat(X)
# Alternatively, the features are also stored in the results dict
cl.results['feat']
# Alternatively, the features are also stored in the results dict using the run-at-once function.
X, y = cl.import_example(data='mnist')
# Fit and transform
results = cl.fit_transform(X)
# Extracted PC features
results['feat']
Another approach to extract HOG features by directly using the extract_hog functionality:
import matplotlib.pyplot as plt
from clustimage import Clustimage
# Init
cl = Clustimage(method='hog')
# Load example data
pathnames = cl.import_example(data='flowers')
# Read image according the preprocessing steps
img = cl.imread(pathnames[0], dim=(128,128), colorscale=0)
# Extract HOG features
img_hog = cl.extract_hog(img)
plt.figure();
fig,axs=plt.subplots(1,2)
axs[0].imshow(img.reshape(128,128))
axs[0].axis('off')
axs[0].set_title('Preprocessed image', fontsize=10)
axs[1].imshow(img_hog.reshape(128,128), cmap='binary')
axs[1].axis('off')
axs[1].set_title('HOG', fontsize=10)
Here it can be clearly seen that the HOG image is a matrix of 8x8 vectors that is derived by because of the input image (128,128) devided by the pixels per cell (16,16). Thus 128/16=8 rows and columns in this case. If an increase of HOG features is desired, you can either increasing the image dimensions (eg 256,256) or decrease the pixels per cell (eg 8,8).


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---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 144837PRreviews/096921601attributeclassnatprime.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/144837-PR-reviews/topic/.231601.20attribute.20.5Bclass.5D.20nat.2Eprime.html


Font icons using ligatures are the default option and simple to use:
which renders
SVG icons have to be sanitized before they can be used with [DomSanitizer] and then icons need to be registered in [MdIconRegistry] so it can be referred later on:
Typescript:
HTML:


The page you are looking for might have been removed, had its name changed, or is temporarily unavailable.
- If you typed the page address in the address bar, double check that it is spelled correctly.
- Open the {{ .Site.BaseURL }} home page, and then look for links to the information you want.
- Click the back button to try another link.
- If nothing worked, you can always search.


<oksidi-sharer />
web component
This is mostly just my useful experiment with Web Components and Stencil.
Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Duis tincidunt erat in purus
ullamcorper ultricies. Duis lacinia aliquet dolor.
Author: Jari Otto Oskari Pennanen
Repository:
https://github.com/Ciantic/oksidi-sharer-stencil
License: MIT, see LICENSE
Icons from iconmonstr.com
I've yet to figure out how could I also generate a TypeScript d.ts
file for
the component, or something similar. If this way to do components were to scale, it
certainly needs a type safe interface.
You can consume this using jsdelivr:


Popover - Inline
Open Popover via Props
Open Popover via Present Method
This is my inline popover content!


|
Finite Geometry Notes
|
| by Steven H. Cullinane |
| This page
was created Friday, August 11, 2000, in memory of Sir Alec Guinness.
"Philosophers ponder the
idea of identity: what it is to give something a name on Monday and
have it respond to that name on Friday...." "Elegant" "I too must dream of some
perfected heaven." "At the still point, there
the dance is." "We have heard much about
the
poetry of mathematics, but very little of it has as yet been sung. The
ancients had a juster notion of their poetic value than we. The most
distinct and beautiful statement of any truth must take at last the
mathematical form. We might so simplify the rules of moral philosophy,
as well as of arithmetic, that one formula would express them both." |
| A Week on the Concord and Merrimack Rivers, Chapter 8
(Friday) |
| The worlds of poetry and mathematics meet in a single word, "elegant," used to describe the best of each world. The New York Times paid Sir Alec Guinness a considerable, but deserved, honor by so characterizing his life's work in another world, that of the theatre. Though it is perhaps less than elegant to elaborate on the Times' verdict, a tribute to a poet and a mathematician, as well as to an actor, may serve to illustrate this nowadays ill-understood adjective. |
| The Poet: |
| William Shakespeare, who perfected iambic pentameter, lives on in the occasional perfect line of verse, even when that verse is disguised as prose. The line of Vikram Seth quoted above is an example. |
| Shakespeare's Verse |
| The Mathematician: |
| Peter J. Cameron quoted Eliot's line (above) about the "still point" as the epigraph to the chapter on automorphism groups in his book Parallelisms of Complete Designs (London Mathematical Society Lecture Notes, 23, Cambridge University Press, 1976). This book may serve, along with the related web site below, as an example of elegance. The combination of Cameron's mathematics with Hopkins' aesthetics seems close to meeting the high standards (see above) of Thoreau's poetics. |
| Parallelism
in the Aesthetics of Gerard Manley Hopkins |
| Finally, though it is not written in iambic pentameter, and deals with mathematical rather than musical groups, the following work of P. J. Cameron is not without its relevance to the topic of this memorial. |
| Classical
Groups, by Peter J. Cameron |
| Related Material: |
| A
Mathematician's Aesthetics |


A small package to manage your files and folders easily
see the API documentation here
via npm:
npm i fs-pro
via yarn:
yarn add fs-pro
via deno.land
import * as fsPro from<EMAIL_ADDRESS>via nest.land
import * as fsPro from<EMAIL_ADDRESS>import { File, Dir, Shape } from "fs-pro";
// creating a file object
const file = new File(__dirname, "hello_world.txt");
// creating a directory object
const dir = new Dir(__dirname, "some_dir");
file
// writing to the file
.write("hello ");
// append content to the file
.append("world");
console.log(file.read().toString()) // => "hello world"
// and there's much more in the docs
dir
// create the directory (in the actual hard disk aka file system)
.create()
// creating a directory in the directory
.createDir("sub_dir");
// creating a file in the directory (this create a file object)
.createFile("text.txt")
// and there's much more in the docs
// imagine that you want to check if a folder
// 1. has an folder named "something"
// 2. has an folder named "js_ts_files" that only contains js and ts files
// 3. has a text file name "hello world.txt" and by default this file contains "hello world"
// 4. any thing else in this folder must be a txt file
// you can do that easily with Shape
// (1) Create the Shape
const shape = new Shape({
// Shape.File means that hello_world is a file
// the second arg is the default content
hello_world: Shape.File("hello world.txt", "hello world"),
// Shape.Dir means that "something" is a folder
// Shape.Pattern tells the types of files that can be in the folder
// (like, .txt, .js, ...etc) here *.* means any thing
something: Shape.Dir("something", Shape.Pattern("*.*")),
// Notice js_ts_files is the name that you can reference in your code
// but "js_ts_files" passed in Shape.Dir in the actual name in the files system
js_ts_files: Shape.Dir("js_ts_files", Shape.Pattern("*.js|*.ts")),
// __rest means any thing else in the folder
__rest: Shape.Pattern("*.txt")
});
// (2) Check the folder
// returns an array of errors
const errs = shape.validate(folder_path);
if (errs.length === 0) console.log("no errors");
// or..
// when you pass true shape.validate will throw an error
// if the folder doesn't match the shape
shape.validate(folder_path, true);
import { Plugin } from "fs-pro/types";
import { addPlugin } from "fs-pro";
const myPlugin: Plugin = {
name: "your-plugin-name",
required: [anyRequiredPlugin] // optional
plugin: [
{
methodName: "myMethod",
className: "File", // could be the name of any class in the library (File or Dir or Shape)
isStatic: false, // if true the method you add will be static
func(...myArgs: any[]){
// your code...
}
}
]
}
export default myPlugin
import { addPlugin } from "fs-pro";
import myPlugin from "./my-plugin";
addPlugin(myPlugin);
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we don't leave our change log here cause it's quite long
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[gecode-users] Remapping of BoolVar propagation conditions
Christian Schulte
cschulte at kth.se
Sun Nov 29 17:34:31 CET 2009
Hi,
I am sorry but I do not understand Guido's answer. The reason why Boolean
propagation conditions are remapped is simple: we have many propagators that
are used both for Boolean as well integer views. Hence, both Boolean as well
as integer views need to have the same propagation conditions. As there is
no need to have anything but assigned as a condition for Boolean variables,
the integer conditions are mapped to assigned.
Changing this will break all propagators that are used for integer as well
as Boolean variables.
However, if you want to add a propagation condition to Boolean variables
that's fine. You only have to make sure that integer conditions are mapped
appropriately.
If you really want to know whether a Boolean variable is assigned 0/1 don't
use propagation conditions but use advisors. See the Boolean propagators
such as NaryOr or Clause for an example.
Christian
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Guido Tack
Sent: Sunday, November 29, 2009 2:45 PM
To: Vincent Barichard
Cc: gecode list
Subject: Re: [gecode-users] Remapping of BoolVar propagation conditions
Hi Vincent,
for BoolVars, there are only two possible events, "assigned 0" and "assigned
1", so I assume you wanted to add those so that your propagator is only
scheduled for particular assignments, not for the general PC_BOOL_VAL.
The reason why we don't support these events is that we require propagators
to report when they are subsumed at the latest when all their variables are
assigned. If a propagator only subscribed to the hypothetical PC_BOOL_ONE,
but the variable was assigned 0, the propagator would not be able to report
subsumption, and would remain in the system although it could be removed.
Note that this is an optimization, so if you want to change the behavior,
the system would still work as expected, it would just need more memory in
certain situations. You should however check first if the additional calls
of the propagators are really a performance problem.
Cheers,
Guido
Vincent Barichard wrote:
> Hi,
>
> I would like to add a propagation condition to the BoolVar variables. I
succeeded
> to add this new propagation condition but when I tried to subscribe
variables to
> this new propagation condition, I discovered that all propagation
conditions
> for BoolVar are remapped to PC_BOOL_VAL.
>
> Why are they remapped ? Can I safely removed this mapping ?
>
> I found the remapping of the propagation condition in the file
gecode/int/var-imp/bool.hpp.
>
> forceinline void
> BoolVarImp::subscribe(Space& home, Propagator& p, PropCond,
> bool process) {
> // Subscription can be used with integer propagation conditions,
> // which must be remapped to the single Boolean propagation condition.
> BoolVarImpBase::subscribe(home,p,PC_BOOL_VAL,assigned(),process);
> }
> forceinline void
> BoolVarImp::cancel(Space& home, Propagator& p, PropCond) {
> BoolVarImpBase::cancel(home,p,PC_BOOL_VAL,assigned());
> }
>
> Thank you for your help.
>
> Cheers,
> Vincent
>
> Vincent Barichard Université d'Angers (LERIA)
> Tel: 02 41 73 52 06 Département Informatique
> Fax: 02 41 73 50 73 H203
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
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Capital City Marathon
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3:07:27 3:14:13 3:12:19 2:58:22 3:05:36 19 May
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2:30:44
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Victoria Kent (WA/USA)
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Jesse Stevick (WA/USA)
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20 Sep 1964
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21 Sep 1963
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2:45:20
30 Aug 1959
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Last updated on 2015-02-26 20:16:43 -0800


Project 2: Exquisite Corpse
For our second project, we worked in pairs to create an exquisite corpse type project. Rather than base our creation off of a standard exquisite corpse which tends to focus on the human form, Kayla and I decided to work in a more landscape focused direction.
We agreed from the start that we wanted to be able to somewhat plan out our design so it would not be completely random and agreed that we wanted to create a mountain, beach and city scape. We alternated our squares in a checkerboard pattern to assure we wouldn't have two of our own squares touching.
Our corpse develops both left to right transitioning across various scenes as well as throughout the day and can also be viewed top to bottom with an increasingly more zoomed in view.
I was responsible for each of the corner squares as well as the central square and Kayla created the middle square along each of the four edges.
Each piece was created in Adobe Illustrator using a 1000 x 1000 px artboard.