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class ShortInfo(object):
print minimal info during benchmarking.
After initialization, to be called right before the solver is called with the respective problem. Prints nothing if only the instance id changed.
Example output:
Jan20 18h27:56, d=2, running: f01f02f03f04f05f06f07f08f09f10f11f12f13f14f15f16f17f18f19f20f21f22f23f24f25f26f27f28f29f30f31f32f33f34f35f36f37f38f39f40f41f42f43f44f45f46f47f48f49f50f51f52f53f54f55 done
Jan20 18h27:56, d=3, running: f01f02f03f04f05f06f07f08f09f10f11f12f13f14f15f16f17f18f19f20f21f22f23f24f25f26f27f28f29f30f31f32f33f34f35f36f37f38f39f40f41f42f43f44f45f46f47f48f49f50f51f52f53f54f55 done
Jan20 18h27:57, d=5, running: f01f02f03f04f05f06f07f08f09f10f11f12f13f14f15f16f17f18f19f20f21f22f23f24f25f26f27f28f29f30f31f32f33f34f35f36f37f38f39f40f41f42f43f44f45f46f47f48f49f50f51f52f53f54f55 done
| Static Method | short_time_stap |
Undocumented |
| Method | __call__ |
uses problem.id and problem.dimension to decide what to print. |
| Method | __init__ |
Undocumented |
| Method | add_evals |
Undocumented |
| Method | dimension_done |
Undocumented |
| Method | function_done |
Undocumented |
| Method | print |
Undocumented |
| Method | print_timings |
Undocumented |
| Instance Variable | d_current |
Undocumented |
| Instance Variable | evals_by_dimension |
Undocumented |
| Instance Variable | evals_dimension |
Undocumented |
| Instance Variable | f_current |
Undocumented |
| Instance Variable | runs_function |
Undocumented |
| Instance Variable | t0_dimension |
Undocumented |


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Last analysis: {{last-analysis}}
BugsTotal: {{bugs}} New: {{new_bugs}} |
VulnerabilitiesTotal: {{vulnerabilities}} |
Technical DebtTotal: {{sqale_index}} New: {{new_technical_debt}} |
Code SmellsTotal: {{code_smells}} New: {{new_code_smells}} |
Unit TestsTotal: {{tests}} Execution time: {{test_execution_time}} |
CoverageTotal: {{coverage}}% New: {{new_coverage}}% |
DuplicationsTotal: {{duplicated_lines_density}}% Duplicated blocks: {{duplicated_blocks}} |


Even from the simple examples in the setup pages, it should be pretty clear that it's easy to get up and running with transduction, no harder than it is to use regular collection manipulation functions. Even so there are a lot of possibilities, so let's dig a little deeper.
We'll start at the beginning, with all of the different contexts in which you can run transducers.
transduce
The basic way to transduce is using the appropriately-named transduce
function.
const transduce = xduce.transduce;
const map = xduce.transducers.map;
function arrayReducer(acc, x) {
acc.push(x);
return acc;
}
// transduce(xs, xform, reducer, init)
transduce([1, 2, 3, 4, 5], map(x => x + 1), arrayReducer, []);
// -> [2, 3, 4, 5, 6]
Aside from the collection and the transducer, transduce
requires a reducer function and an initial value. The initial value is the starting value of the new collection, while the reducer function takes a collection and a value and returns the collection with the value incorporated. These two parameters instruct transduce
on how to create a new collection out of the values that the transducer feeds it.
into
transduce
requires the reducer function to be provided explicitly. This gives great flexibility, including being able to reduce into collections that xduce wouldn't otherwise know how to reduce into.
But it's not that common to need that flexibility. Xduce knows how to reduce into arrays, objects, strings, and iterators already, and any other collection can provide its own instructions on how to reduce into it. If you don't require that explicit reducer, you can use into
.
const into = xduce.into;
const map = xduce.transducers.map;
// into(target, xs, xform)
into([], [1, 2, 3, 4, 5], map(x => x + 1));
// -> [2, 3, 4, 5, 6]
These are basically the parameters to transduce
— barring the reducer function — in a slightly different order to make it read nicer. It's most common to provide an empty collection as the target, but that isn't a requirement; if there are already elements in the target, they will be retained and all of the transduced values will be added to it.
into([23, 17], [1, 2, 3, 4, 5], map(x => x + 1));
// -> [23, 17, 2, 3, 4, 5, 6]
This can also be done with the initial value in transduce
.
sequence
Because the target collection is supplied to both transduce
and into
, they're capable of taking any kind of collection for an input and producing any kind of collection for output. Most of the time though, we will want to make the same sort of output collection as we're getting as an input collection. If that is the case, then we can use sequence
instead.
const sequence = xduce.sequence;
const map = xduce.transducers.map;
// sequence(xs, xform);
sequence([1, 2, 3, 4, 5], map(x => x + 1));
// -> [2, 3, 4, 5, 6]
sequence
figures out what initial value and reducer to use directly from the input collection. Again, xduce builds in support for arrays, objects, strings, and iterators, so sequence
can always use those. It can also use any sort of collection that has instructions on how to iterate over it and reduce it. How to make that happen will be discussed later.
Each of the transducers supplied by xduce can perform the entire transduction themselves. In each of the examples above, map
is given a function and passed into the transducing function. But map
(and every other transducer) can also take a collection as a first argument, and if it does, do the transduction itself.
const map = xduce.transducers.map;
// map(xs, fn)
map([1, 2, 3, 4, 5], x => x + 1);
// -> [2, 3, 4, 5, 6]
This is the easiest way to do transduction, but it's also the most limited. It cannot produce an output collection of a different type than the input (just like sequence
), and it cannot be used with a composed transducer (which we have not talked about yet, but which sequence
can do).


Function Input
Feet to Inches
:
Miles to Feet
:
Area of Triangle
:
Area of Circle
:
Feet to Inches
Miles to Feet
Area Of Triangle
Area of Circle
Below is the link to my homepage and theme site
Homepage Site
Theme site


Smile Foundation is a non-governmental organization based in New Delhi, India. It was established in 2002 and has a presence in 25 Indian states. The organisation works for the welfare of children, their families, and the community through four major programmes.
The Akanksha Foundation is a non-profit organisation with a mission to provide children from low-income communities with a high-quality education, enabling them to maximize their potential and transform their lives.
Citizens Association for Child Rights ‘CACR’ is a non-profit organization based in Mumbai. Its main focus is to improve the overall quality of education in the Municipal Corporation Schools of Mumbai. The CACR team and board members come from diverse streams ranging from Electronics to Fine Arts and comprise of Activists, Authors, RTI experts, Doctors, Technocrats, and Educationalists. .
We value the trust our donors place in us. Our partner nonprofits are thoroughly checked to ensure credibility of operations. We also ensure that your money is put to the right use by conducting periodic visits to the end beneficiaries of the donations. GiveAssured is our seal of trust built over 18 years of operations.
To enable people to take responsibility for the situation of the deprived Indian child and so motivate them to seek resolution through individual and collective action thereby enabling children to realise their full potential. To make people discover their potential for action and change


GLO-STIX:
Graph-Level Operations for Specifying Techniques and Interactive eXploration
Select GLOs
Applied GLOs


-
OpenHome
- Glasgow Road
- Eaglesham
- Glasgow
- G76 0EQ
-
- Work0141 123 4567
-<EMAIL_ADDRESS>-
-
OpenHome
Sales and Service
-<EMAIL_ADDRESS>- Work0141 123 4567
-
-
-
OpenHome
Support
-<EMAIL_ADDRESS>- Work0141 123 4567
-


$3615.25
Total Revenue of This Month
It would appear that the Wordpress Administrator account that you are logged in with is not related to a Team Member. In order for the plugin to work correctly, you need to add a Team Member that is linked to your WP User Account.
Total Revenue of This Month
| # | Title | Client | Status |
|---|---|---|---|
| 01 | Projectopia Task 01 | Ad-Hoc Task |
New/ Not Sent |
| 02 | Projectopia Task 02 | Ad-Hoc Task |
Awating Client Approval |
| 03 | Projectopia Task 03 | Ad-Hoc Task |
Approved |
| 04 | Projectopia Task 04 | Ad-Hoc Task |
New/ Not Sent |
| 05 | Projectopia Task 05 | Ad-Hoc Task |
Awating Client Approval |
| ID | Due | Status | Total | Outstanding |
|---|---|---|---|---|
| 02548 | Sep 10, 2020 |
Overdue |
$5878.25 | $5878.25 |
| 02548 | Sep 10, 2020 |
Overdue |
$8789.54 | $8789.54 |
| 02548 | Sep 10, 2020 |
Sent |
325.21` | $325.21 |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 40% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 60% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 80% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 30% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 Contract Not Sent |
|
Complete 50% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 50% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 20% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 In Progress |
|
Complete 55% |
Angry Birds Limited - Project: Order 257DeadlineSep 10, 2020 Open Task2 Contract Sent |
|
Complete 20% |
Team Member Added: etadmin
Team Member Added: etadmin
Team Member Added: etadmin
Team Member Added: etadmin
Team Member Added: etadmin
Team Member Added: etadmin
Team Member Added: etadmin


1. Admin Consoles Overview
This guide details the privileged functions available to the Emergency Response Demo administrator or presenter.
2. SSO Admin Console
- Point a browser tab to the output of the following command:
echo -en "\n\nhttps://$(oc get route sso --template='' -n user-sso)/auth/admin/master/console/#/realms/master\n\n"
- Authenticate in the master realm of SSO using a userId of admin and a password determined via the following:
oc project user-sso pod_id=$(oc get pod -o json | jq '.items[]|select(.metadata.labels.deploymentConfig=="sso").metadata.name' | sed 's/"//g') oc rsh $pod_id env | grep SSO_ADMIN_PASSWORD
-
Switch to your desired SSO realm by hovering over the realm drop-down in the top-left of the page:
3. Emergency Response Admin Console
As part of the Emergency Response Demo installation process, a privileged user is created using the following credentials:
username: incident_commander
password: Defined Here
This user has the ability to manage priority zones as well as the location of the disaster. Further details about these functions can be found below.
3.1. Priority Zone
The incident commander has the ability to create priority zones in the disaster area to simulate critical conditions (power lines in the water, gas leaks, etc.). Once placed, priority zones give affected incidents elevated priority so they get matched with available responders more quickly.
3.1.1. Procedure
-
From the Dashboard, click the Create Priority Zone button in the bottom left corner of the map. If you don’t see the button, you’re probably not logged in as the correct user (incident_commander).
-
Drag to create a circle on the map, then adjust the position and size as you see fit. Once you’re done, click Done Drawing. You may optionally create additional priority zones by repeating this step.
 If there is a pool of responders waiting for incidents to be generated, incidents will be assigned in the order they are created, and it will appear as though the priority zones are not being taken into account.
3.2. Disaster Location
The incident commander has the ability to change the location at which the disaster simluation is set. If your audience is unfamiliar with Wilmington, North Carolina, this is a great opportunity to use a location that is more well-known or colloquial.
3.2.1. Procedure
- From the Disaster Location page, refer to the instructions on the wizard. If you don’t see a link for Disaster Location, you’re probably not logged in as the correct user (incident_commander).
Note Be sure to perform this step before generating incidents and responders. Generated markers use disaster location data when they are created, so updating the location will not affect existing incidents and responders.


Hi, has anyone here figured out a way to hack this so that the battery level can be monitored (similar to the emonTH) ?
I'm minded to give it a go, but in an ideal world would like to see the schematic for the emonTH first to see what's done there -- I can't find it anywhere obvious.
Pat
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
Hi Pat,
Both the schematics of the emonTH and emonV3 are up on solder pad: http://solderpad.com/openenergymon/
The issue is that on the emonTH the battery voltage is lower then the supply voltage since a boost converter is used, this makes it easy to simple measure the battery voltage through an ADC input.
In the emonTx V3 with battery voltage is higher than the supply voltage (3x AA's). I resistor voltager divider will need to be used to reduce the voltage.
A divider with 47K on top and 100K on bottom or 470K on top and 1M ohm on bottom should do the trick. The latter will consume less power but might be a bit noisy since the values are so high. The voltage from the middle of the divider can then be sampled into an ADC input like on the emonTH.
I've got this on the list as possible additions to next PCB revision.
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
Glyn, you put a small value capacitor to ground to reduce the noise. Then the resistor value isn't in the equation.
See http://www.dsplog.com/2012/05/06/thermal-noise-rc-low-pass-filter/
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
There was also some good discussion of this over @ JeeLabs. Without getting into detail, he ended up using a FET to control whether current flowed through the divider. Of course, that requires an additional IO pin, not sure if that's available on emontx.
Here's the link for reference: http://jeelabs.org/2013/05/18/zero-power-measurement-part-2/
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
That circuit does not bypass the divider resistors, so even though the resistance is about one 50th of ours, it might actually be noisier. According to the way I do the sums, "our" input circuit has a noise bandwidth of 0.06 Hz and the rms noise amplitude is about 5 nV. I think the software high pass filter should be able to remove any residual thermal noise that gets through the RC filter.
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
Thanks, somehow missed the schematics there. Sorry. I'll give this a shot over Xmas and report back.
Pat
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
No, there is no bypass circuitry there. The intention in posting it was a circuit that allows monitoring battery voltage without constant power draw. It does nothing to improve accuracy, but looked like you've got that covered already.
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
Please make this easy for me. I notice the latest payload from the emonTX V3 includes "battery" information. I assume I need to modify the hardware somewhere to enable this but don't know how. Can someone please let me know what needs to be done.
Thanks in advance,
Geoff
Re: emonTX V3 - Possible hack to monitor on-board battery level ?
You need to do as the post by glyn.hudson on Wed, 18/12/2013 - 11:19 above.


Blocks is an open source modular MATLAB framework which allows the user to avoid needlessly repeating computation.
Download Blocks 0.1.1 (Windows, Mac, Linux)
Blocks may be easily used for your own experiments, and comes with some useful modules for computer vision experiments: an implementation of a simple image level bag-of-features (BoF) classifier, a fast agglomerative information bottleneck (AIB) sliding window localization scheme, and a class segmentation scheme using superpixel neighborhoods and a conditional random field (CRF). It also provides support for running experiments on clusters of computers.
Documentation
Tutorials
- Blocks – Getting started with Blocks
- Bag of Features – Bag-of-features image categorization
- AIB Localization – Agglomerative Information Bottleneck Localization
- Superpixel Class Segmentation – Class segmentation with superpixels and a conditional random field (CRF).
BibTeX entry
@inproceedings{fulkerson09class, Author = {B. Fulkerson and A. Vedaldi and S. Soatto}, Booktitle = {Proc. {ICCV}}, Title = {Class Segmentation and Object Localization with Superpixel Neighborhoods}, Year = {2009} }
Acknowledgments
Part of this work was supported by the UCLA Vision Lab and the Oxford VGG Lab. The authors would like to thank the many colleagues that have contributed to Blocks by testing and providing helpful suggestions and comments.


The test length is the length on which the test is to be carried out.
The test begins at the offset (this means all values recorded before the offset are ignored). The default value is the file length.


Lab 1
Sameer Mehta
500 625 922
Courses I have this semester
- CPS 530
- CPS 706
- CPS 721
- CPS 510
- CPS 633
Validation Reports
Link to validation report for authentication page
Link to validation report for this page(main page)
Link to validation report for technicalreport page
Technical Report
Technical Report for Main page


FGETWS
Section: Linux Programmer's Manual (3)
Updated: 2011-09-28
Index
Return to Main Contents
NAME
fgetws - read a wide-character string from a FILE stream
SYNOPSIS
#include <wchar.h>
wchar_t *fgetws(wchar_t *ws, int n, FILE *stream);
DESCRIPTION
The
fgetws()
function is the wide-character equivalent
of the
fgets(3)
function.
It reads a string of at most n-1 wide characters into the
wide-character array pointed to by ws,
and adds a terminating null wide character (L'\0').
It stops reading wide characters after it has encountered and
stored a newline wide character.
It also stops when end of stream is reached.
The programmer must ensure that there is room for at least n wide
characters at ws.
For a nonlocking counterpart, see
unlocked_stdio(3).
RETURN VALUE
The
fgetws()
function, if successful, returns ws.
If end of stream
was already reached or if an error occurred, it returns NULL.
CONFORMING TO
C99, POSIX.1-2001.
NOTES
The behavior of
fgetws()
depends on the
LC_CTYPE
category of the
current locale.
In the absence of additional information passed to the
fopen(3)
call, it is
reasonable to expect that
fgetws()
will actually read a multibyte string
from the stream and then convert it to a wide-character string.
This function is unreliable,
because it does not permit to deal properly with
null wide characters that may be present in the input.
SEE ALSO
fgetwc(3),
unlocked_stdio(3)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:12 GMT, September 18, 2014


{{ site.title }}
{{ page.title }}
{% include social-link.html %}Currently v{{ site.current_version }} ･ Author :
blivesta
Licensed under the MIT.
---
layout: base
title: Implement a blur view of iOS style with css,svg and jquery
class: site-home
base_url: "./"
---
{{ page.title }} Currently v{{ site.current_version }} ･ Author :
blivesta
{{ site.title }}
Licensed under the MIT.


SETFSUID
Section: Linux Programmer's Manual (2)
Updated: 2013-08-08
Index
Return to Main Contents
NAME
setfsuid - set user identity used for filesystem checks
SYNOPSIS
#include <sys/fsuid.h>
int setfsuid(uid_t fsuid);
DESCRIPTION
The system call
setfsuid()
changes the value of the caller's filesystem user ID---the
user ID that the Linux kernel uses to check for all accesses
to the filesystem.
Normally, the value of
the filesystem user ID
will shadow the value of the effective user ID.
In fact, whenever the
effective user ID is changed,
the filesystem user ID
will also be changed to the new value of the effective user ID.
Explicit calls to
setfsuid()
and
setfsgid(2)
are usually used only by programs such as the Linux NFS server that
need to change what user and group ID is used for file access without a
corresponding change in the real and effective user and group IDs.
A change in the normal user IDs for a program such as the NFS server
is a security hole that can expose it to unwanted signals.
(But see below.)
setfsuid()
will succeed only if the caller is the superuser or if
fsuid
matches either the caller's real user ID, effective user ID,
saved set-user-ID, or current filesystem user ID.
RETURN VALUE
On both success and failure,
this call returns the previous filesystem user ID of the caller.
VERSIONS
This system call is present in Linux since version 1.2.
CONFORMING TO
setfsuid()
is Linux-specific and should not be used in programs intended
to be portable.
NOTES
When glibc determines that the argument is not a valid user ID,
it will return -1 and set errno to
EINVAL
without attempting
the system call.
At the time when this system call was introduced, one process
could send a signal to another process with the same effective user ID.
This meant that if a privileged process changed its effective user ID
for the purpose of file permission checking,
then it could become vulnerable to receiving signals
sent by another (unprivileged) process with the same user ID.
The filesystem user ID attribute was thus added to allow a process to
change its user ID for the purposes of file permission checking without
at the same time becoming vulnerable to receiving unwanted signals.
Since Linux 2.0, signal permission handling is different (see
kill(2)),
with the result that a process change can change its effective user ID
without being vulnerable to receiving signals from unwanted processes.
Thus,
setfsuid()
is nowadays unneeded and should be avoided in new applications
(likewise for
setfsgid(2)).
The original Linux
setfsuid()
system call supported only 16-bit user IDs.
Subsequently, Linux 2.4 added
setfsuid32()
supporting 32-bit IDs.
The glibc
setfsuid()
wrapper function transparently deals with the variation across kernel versions.
BUGS
No error indications of any kind are returned to the caller,
and the fact that both successful and unsuccessful calls return
the same value makes it impossible to directly determine
whether the call succeeded or failed.
Instead, the caller must resort to looking at the return value
from a further call such as
setfsuid(-1)
(which will always fail), in order to determine if a preceding call to
setfsuid()
changed the filesystem user ID.
At the very
least,
EPERM
should be returned when the call fails (because the caller lacks the
CAP_SETUID
capability).
SEE ALSO
kill(2),
setfsgid(2),
capabilities(7),
credentials(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- VERSIONS
-
- CONFORMING TO
-
- NOTES
-
- BUGS
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:47 GMT, September 18, 2014


--- title: "Use dplyr like its meant to be used" author: Corey Pembleton date: '2019-06-18' slug: use-dplyr-like-it-should-be-used categories: ["R"] tags: ["data cleaning", "tutorial"] keywords: ["R", "Programming", "statistics", "dplyr"] thumbnailImagePosition: "left" thumbnailImage: "/img/plyers.jpg" coverImage: "/img/plyers.jpg" metaAlignment: "center" coverMeta: "out" ---
After finding myself going back to some previous projects a few times to review some very useful lines of lesser-known dplyr functions, I decided I should write them both into the eternal bottomless pit that is web-blogging.
I love this example. I found myself constantly repeating case_when()
lines within a mutate()
to change variables based on names, and knew there had to be a better way. I’m sure it could be neater, but until I make it more efficient, this is what I have:
suppressWarnings(suppressPackageStartupMessages(library(tidyverse)))
tib <- tibble(x1 = rep(1:3, 3),
x2 = rep(3:1, 3),
x3 = rep(1:3, each = 3),
x4 = rep(3:1, each = 3))
tib %>% mutate_at(vars(c("x1", "x2", "x3", "x4")),
list(y = ~case_when(. %in% 1:2 ~ "good",
. == 3 ~ "bad",
TRUE ~ as.character(.))))
## # A tibble: 9 x 8
## x1 x2 x3 x4 x1_y x2_y x3_y x4_y
## <int> <int> <int> <int> <chr> <chr> <chr> <chr>
## 1 1 3 1 3 good bad good bad
## 2 2 2 1 3 good good good bad
## 3 3 1 1 3 bad good good bad
## 4 1 3 2 2 good bad good good
## 5 2 2 2 2 good good good good
## 6 3 1 2 2 bad good good good
## 7 1 3 3 1 good bad bad good
## 8 2 2 3 1 good good bad good
## 9 3 1 3 1 bad good bad good
Essentially it speeds up the variable renaming process by changing all names given a list of values in a gathered column. In this example, the case_when only has 3 options, but I’ve extended this several times across more complicated vectors and it works like a charm. There are small syntax pieces inside the mutate_at()
which make it hard to remember, but after a few uses it quickly became a mainstay if I’ve ever needed to rename variables.
Maybe everyone already knows about this, but for me it was pretty great: by using this combination, you can select variables in a vector in combination with another character vector. There are so many of these helper functions that it’s easy to forget they exist!
names <- c("mpg", "cyl")
head(mtcars, 10) %>% select(one_of(names, "drat"))
## mpg cyl drat
## Mazda RX4 21.0 6 3.90
## Mazda RX4 Wag 21.0 6 3.90
## Datsun 710 22.8 4 3.85
## Hornet 4 Drive 21.4 6 3.08
## Hornet Sportabout 18.7 8 3.15
## Valiant 18.1 6 2.76
## Duster 360 14.3 8 3.21
## Merc 240D 24.4 4 3.69
## Merc 230 22.8 4 3.92
## Merc 280 19.2 6 3.92
This function below isn’t the most helpful at general analysis, but what it allows is to quickly give a summarized count of non-NA variables in a dataframe based upon certain variables. The thing that creating this function helped me figure out is the importance of using enquo()
and the !!
(bang bang) together to be able to use tidyeval approaches within functions.
filter.NA.fun <- function(df, var){
var <- enquo(var)
df %>%
select(one_of(!!var)) %>%
filter_all(all_vars(!is.na(.))) %>%
summarise(count = n())
}
I’ve used this on a few occasions, not dplyr but RMariaDB & purrr, but will add it here as an honourable mention. Pretty much it extracts all data from the tables in the list based on the query given in the function. I’m thinking to update this shortly with the query as an input, so to be able to execute more flexible queries.
query_function <- function(db_table){
library(RMariaDB)
conn <- dbConnect(RMariaDB::MariaDB(),
user= Sys.getenv("sql_username"), #not run
password= Sys.getenv("sql_password"), #not run
dbname='dbname', #not run
host='localhost')
query <- paste("SELECT * FROM", db_table)
rs <- dbSendQuery(conn = conn, query)
db_df <- dbFetch(rs)
return(db_df)
dbDisconnect(conn)
}
#push the tables to .csv format to the google drive
db_names <- c("DB_tbl_name1", "DB_tbl_name2", "DB_tbl_name3")
#map them over
intake_tables <- map(db_names, query_function)
Once I go through a few more projects I’ll see what else should be here, but en bref, its a small start towards collecting helpful functions used often.


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--- author: Kevin Griffin categories: app date: '2011-09-26 18:24:42' permalink: /2011/09/26/building-an-nfc-enabled-android-application-with-phonegap/ slug: building-an-nfc-enabled-android-application-with-phonegap status: publish title: Building a NFC enabled Android application with PhoneGap type: post format: html categories: - Plugins tags_old: - nfc - phonegap - plugins ---
One of the most powerful things about PhoneGap is its “Plugin” architecture. If you can write it in native code, you can make it into a plugin.
Near Field Communications (NFC) is a short range, zero configuration, wireless communication. NFC transactions typically happen between a passive device (tag) and an active device (in our case an Android powered phone). The phone generates an RF field which provides enough power to read and write data from the tag. Peer-to-peer communication can also occur between two powered devices (two phones).
If you don’t already have a PhoneGap Android project there a couple of ways to get started:
Once you have a project up and running you will need to get your hands on either the phonegap-nfc plugin source or distributable.
The phonegap-nfc.jar needs to be placed in your projects lib/ directory and the phonegap-nfc.js needs to be placed in your www/assets directory.
Next you need to update you plugins.xml to include the phonegap-nfc plugin:
<plugin name="NfcPlugin" value="com.chariotsolutions.nfc.plugin.NfcPlugin"/>

And update your index.html to include phonegap-nfc.js

Lastly you need to update your AndroidManifest file with:
<uses-permission android:name="android.permission.NFC" />
<uses-feature android:name="android.hardware.nfc" android:required="true" />
<uses-sdk android:minSdkVersion="10" />

Now that we have the housework out the way, we really should scan something.
At this point you’ll need some hardware to test you application. For our phone we used the Nexus S (we bought ours from Amazon) and for tags we've used Identive NFC and TagAge - there are many vendors so shop around and ensure you know what you are getting when you order. Specifically make sure they are writable and can take NDEF messages.
However you can proceed without any hardware. One option is to use the FakeTagsActivity from the good Google folks, as used in their NFC Demo.
You can also look at using Open NFC to simulate NFC tags with the Android Emulator.
If you can get them pre-formatted it will make your transition into the world of reading NFC tags a lot easier. Either way you are going to want to make an app to write tags too :)
If you have some pre-formatted tags you can start by adding in a simple NDEF Listener into your application, if your tags aren’t formatted you can jump to the ‘writing’ section.
NDEF stands for, NFC Data Exchange Format (NDEF). It is a specification put together by the NFC Forum for communicating via a defined common format. It provides specifications for transmitting things like mime type objects, plain text, ‘Smart Posters’ and URLS.
All interactions in the phonegap-nfc plugin are event based. You can register for one (or more) ‘listeners’ and the plugin will return the corresponding event when appropriate. See the README for a full list of the available listeners.
The definition of the NDEF listener looks like this:
nfc.addNdefListener(callback, [onSuccess], [onFailure]);
For our first implementation we will just log the events. Place the following block in your existing 'ondeviceready'
callback.
nfc.addNdefListener(
function() {
document.write("Found an NDEF formatted tag");
},
function() {
console.log("Success.");
},
function() {
console.log("Fail.");
}
);

Note: We are inlining all our functions, you may want to arrange your code differently.
Not terribly useful, but a good start. In order to make the implementation slightly more useful we are going to swap out our vanilla ‘NDEF Listener’ for the ‘Mime Type Listener’. The reason we opt to use the mime listener is that it allows you to generate a 1:1 relationship between your tag and your application. If you format your tags with a ‘unique’ mime type, then only your app will start when you scan the tag avoiding the annoying ‘select which application you want to complete this task with’ screen. More importantly you won’t appear under any generic scans for Tag/NDEF, which has the potential to be annoying for users. See the NFC video from Google IO to get a better understanding of why this is good.
The definition for the mime type listener looks like:
nfc.addMimeTypeListener(mimeType, callback, [onSuccess], [onFailure]);

Our implementation looks like:
nfc.addMimeTypeListener(
"my/mimeType",
parseTag,
function() {
console.log("Success.");
} ,
function() {
console.log("Fail.");
}
);

Note that the second argument isn’t inlined. Since we are going to be doing some work here I broke it out into it’s own named function.
function parseTag(nfcEvent) {
var records = nfcEvent.tagData;
for (var i = 0; i < records.length; i++) {
var record = records[i],
p = document.createElement('p');
p.innerHTML = nfc.bytesToString(record.payload);
display.appendChild(p);
}
}

Our parseTag
function is not doing anything too special, it makes some bold assumptions though. Specifically that the tag was formatted in such a manner that calling nfc.bytesToString
will return text.
This simple implementation will read a tag formatted with a specific mime type, and attempt to display the data stored on the tag.
One of the great things about NFC is the ability for this unique matching of mime type to application to open your app whenever the device detects a tag with our mime type. To see this in action you need and an ‘intent fitler’ to your android manifest.
<intent-filter>
<action android:name="android.nfc.action.NDEF_DISCOVERED" />
<data android:mimeType="my/mimetype" />
<category android:name="android.intent.category.DEFAULT" />
</intent-filter>

We’ve talked a lot about reading specific mime types from tags, but how do we get them there? We can re-use some of the code we already have. We can set a listener for any ‘NDEF’ formatted tag, then we can write an NDEF message with our mime type to it.
Lets start with the NDEF listener again
nfc.addNdefListener(
writeTag,
function() {
console.log("Success.");
},
function() {
console.log("Fail.");
}
);

Now the writeTag implementation:
function writeTag(nfcEvent) {
var mimeType = "my/mimetype";
var payload = "super secret data";
var message = nfc.mimeMediaRecord(mimeType, nfc.stringToBytes(payload));
nfc.write(
[message],
function () {
console.log("success");
},
function (reason) {
console.log("fail");
}
);
}

The phonegap-nfc plugin is very much in its infancy, there may be bugs or things that are just flat out wrong. Our repo is always open, we love issues with examples and we love pull requests even more!
We are working on adding BlackBerry’s NFC support in OS7 to the plugin, as well as expanding the Android functionality.
There are more complete examples we have used alongside presentations; reader, writer, peer-to-peer sharing and RockPaperScissors (peer-to-peer game) as always we appreciate feedback, code even more!
Kevin is a consultant with Chariot Solutions where he spends his time solving mobile related problems. He creates mobile solutions using native platforms, PhoneGap and the web. Oh, and he likes dogs.


def _logpdf(self, x, a, c):
exc = exp(-x**c)
return log(a) + log(c) + (a-1.)*log(1-exc) - x**c + (c-1.0)*log(x)
def _cdf(self, x, a, c):
exm1c = -expm1(-x**c)
return (exm1c)**a
negxc = -x**c
exm1c = -expm1(negxc)
logp = (log(a) + log(c) + special.xlogy(a - 1.0, exm1c) +
negxc + special.xlogy(c - 1.0, x))
return logp
def _cdf(self, x, a, c):
exm1c = -expm1(-x**c)
return exm1c**a


DRS deactivated during the Macau Grand Prix F3 race after failure
by Jack BenyonThe DRS system being used for the first time in Macau was switched off during Saturday's F3 World Cup qualification race after a sensor failure impeded its usage, Autosport understands.
The new F3 car is being driven at the Guia circuit for the first time this weekend and, unlike the Dallara F317 used before it, features the moveable rear wing flap pioneered in Formula 1.
- Macau Grand Prix qualifying race
- Vips wins, pile-up hampers some top contenders
- How faster new F3 car has changed the face of Macau GP
A select number of drivers were able to use the device but, when it became apparent that a sensor had failed, it was deactivated.
It is not clear if the problem will be rectified in time for the Grand Prix on Sunday, and Autosport has contacted the FIA for comment.
Although the DRS activation systems are usually set up and monitored by Formula 1 staff during race weekends, F3's presence as a standalone single-seater category means different systems are required.
After using DRS for the first time on the Guia circuit, double Macau winner Dan Ticktum said that he believes the effect of the device will be significant in the race.
"In the races if you're anywhere near the second, you're getting passed or you are passing," he said.

"Because as soon as they are within a second, they will be coming past. Simple as that.
"It's going to be difficult to defend."
This year, the F3 cars have achieved speeds 185mph during qualifying, 13mph quicker than last year.
The DRS issues on Saturday are not believed to be related to a technical bulletin issued by the FIA on Thursday.
The update confirmed that the shim - which affects how wide the DRS can open and looks like a small washer - in the rear wing assembly should not be thicker than 0.5mm for "safety reasons".
Qualification race polesitter and winner Juri Vips had previously experienced a problem with DRS on Thursday when his device stuck open in the first free practice session.


Software engineer at Empiric Health in Denver, Colorado. B.S. in Software Engineering from the University of Texas at Dallas. Member of the McDermott Scholars class of 2013.
A finalist weekend feedback application that evolved into a McDermott program information directory. The source code can be found here on Github.
Describes my education, technical skills, and past work. I'm always willing to consider new career and project opportunities.
A startup in Dallas, we produce critical thinking and programming curriculum using Minecraft. Our free, open-source curriculum can be found here on Github.
A blog written by current students in my scholarship program during college. The (usually) weekly blog showcases the experiences facilitated by the program.


I'm 26 years old,I have graduated from JUST university with a bachelor degree in Industrial Engineering,I worked as a customer service and sales coordinator for 3 years,and now I'm in ASAC college to become a professional developer .
Download CVAs a Computer programmers we write code through the use of computer languages, such as CSS,HTML and JavaScript. We create instructions that enable computers to generate meaningful output. This job generally requires the ability to do the following work:
You can get in touch with me through out my accounts,also you can fill this form in the right side to send me whatever you want.


--- layout: post title: Jekyll themes date: '2020-05-18 12:24:48 +0100' categories: - Software ---
Two open-source themes for Jekyll: Supply is a Jekyll theme for e-commerce powered by Gumroad; Soon is a “coming soon” Jekyll template page.


View project team
See competition brief
Details
Application details
Project summary
Public description
Scope
Application questions
1. Business opportunity
2. Potential market
3. Project exploitation
4. Economic benefit
5. Technical approach
6. Innovation
7. Risks
8. Project time
9. Funding
10. Adding value
Finances
Your finances
Finances overview


{% extends 'churchmanager/base.html' %} {% block content %}
Apologies, it seems there has been an error with the server. Please try again in a few minutes, and if the problem persists contact the website administrator.


When programming, what are some of your triggers? What causes a disproportionate emotional response?
When I am programming I can find myself getting quite despondent if I can't figure something out. I sometimes notice that I can get stuck in a thought that I am not computer savvy enough to be able to complete this course. I find that talking with other students helps me realise that it is a process and everyone has difficulties.
How did you find the Siberian North Railroad exercise (Stop, Breathe, Notice, Reflect, Respond)?
I found the Siberian method very interesting. Since I have read about it I have tried to practice it several times. I think my wife finds it quite strange when I stop and start taking breaths instead of arguing back. I think it will require a lot of practice but it is great to notice the anger building up and choosing not to act on it. It then dissipates very quickly


| Analysis Summary | Period: 1/16/2020 11:29:17 AM - 1/16/2020 11:29:36 AM (India Standard Time) |
| Scenario Name: | Scenario3 |
| Results in Session: | C:\res\res.lrr |
| Duration: | 19 seconds. |
| Statistics Summary |
| Maximum Running Vusers: | 3 | ||||||||
| Total Throughput (bytes): | 4,025,309 | ||||||||
| Average Throughput (bytes/second): | 201,265 | ||||||||
| Total Hits: | 246 | ||||||||
| Average Hits per Second: | 12.3 | View HTTP Responses Summary | |||||||
|
| Transaction Summary |
| Transactions: | Total Passed: 18 | Total Failed: 0 | Total Stopped: 0 | Average Response Time |
| Transaction Name | SLA Status | Minimum | Average | Maximum | Std. Deviation | 90 Percent | Pass | Fail | Stop |
| Action_Transaction | 6.2 | 6.407 | 6.639 | 0.175 | 6.639 | 6 | 0 | 0 | |
| login | 1.397 | 1.551 | 1.686 | 0.115 | 1.686 | 6 | 0 | 0 | |
| vuser_end_Transaction | 0 | 0 | 0 | 0 | 0 | 3 | 0 | 0 | |
| vuser_init_Transaction | 0 | 0 | 0 | 0 | 0 | 3 | 0 | 0 |
| Service Level Agreement Legend: | Pass | Fail | No Data |
| HTTP Responses Summary |
| HTTP Responses | Total | Per second |
| HTTP_200 | 231 | 11.55 |
| HTTP_301 | 6 | 0.3 |
| HTTP_302 | 9 | 0.45 |


The element is positioned relative ot the browswer window. It will not move even if the window is scrolled
Div element should stay fixed even when scrolling


{% extends 'data_viewer/base.html' %} {% block content %}
| Star Rating | Shop Name | Product | Body | Created At | Updated At |
|---|---|---|---|---|---|
| Star Rating | Shop Name | Product | Body | Created At | Updated At |
| {{ review.star_rating }} | {{ review.shop_name }} | {{ review.app.name }} | {{ review.body|truncatechars:100 }} | {{ review.created_at }} | {{ review.updated_at }} |


HELPERS Class
Helper functions. These are available in the global namespace!
Item Index
Methods
- addFile static
- addFiles static
- addScript static
- addStylesheet static
- cloneObject static
- filter static
- forAllItems static
- getArrayWithIDs static
- getArrayWithValuesByKey static
- getIndex static
- getIndexByID static
- getIndexByID static
- getJSONWithAJAX static
- getObject static
- getTextWithAJAX static
- getWithAJAX static
- maps static
- parseJSON static
- postWithAJAX static
- readFileAsJSON static
- readFileAsText static
- removeToInsertLater
Methods
addFile
-
filename
Adds either a JS file or a CSS file to the web page. This function is a wrapper of the two functions addScript and addStylesheet
Parameters:
-
filename
StringURL of the resource
addFiles
-
string_or_array
-
url_prefix
Adds files to the web page, which can be either JS or CSS. This function is a wrapper of the function addFile, which again is a wrapper of addScript and addStylesheet
Parameters:
-
string_or_array
MixedString or array of strings with URL(s) of the resource(s)
-
url_prefix
StringPrefix which is added to each passed URL
addScript
-
url
-
onloaded
-
async
Loads a script from a URL and adds it dynamically to the webapp.
Parameters:
-
url
StringURL of the JS file
-
onloaded
FunctionFunction to be called when script is loaded and ready.
-
async
Boolean
addStylesheet
-
url
Loads a CSS stylesheet file from a URL and adds it dynamically to the webapp.
Parameters:
-
url
StringURL of the CSS file
cloneObject
-
obj
Clones a javascript object (instead of just copying references of it).
Parameters:
-
obj
MixedSource object.
Returns:
clone Clone of the object
filter
-
array
-
test
Filters an array like Array.filter()
Parameters:
-
array
ArrayAny array
-
test
FunctionTest function that is called for every array item. Array item is passed. If the function returns true, the item will appear in the array that is returned.
Returns:
Filtered array
forAllItems
-
array
-
action
Iterates through ALL items of an array. This function should be preferred over forEach, when the action could delete items of the array. I. e. this function iterates really through ALL items, even if some of them are deleted along the way.
Parameters:
-
array
ArrayAny array
-
action
FunctionAction that is performed on each item.
getArrayWithIDs
-
array
Creates an array with IDs by an array of JS objects. Of every object, the value of the key "id" is taken.
Parameters:
-
array
ArrayAny array
Returns:
Array with IDs
getArrayWithValuesByKey
-
array
-
key
Creates an array with values by an array of JS objects. Of every object, the value of a specific key is taken.
Parameters:
-
array
ArrayAny array
-
key
StringKey, of which the value is taken.
Returns:
Array with values.
getIndex
-
array
-
key
-
value
Searches an array of objects. If an object is found, where object[key]==value, the function returns the index of the object in the array.
Parameters:
-
array
ArrayArray of Javascript Objects
-
key
StringKey in object
-
value
StringValue of key in object
Returns:
Returns index as number or undefined, if there is no such object.
getIndexByID
-
array
-
id
Searches an array of objects. If an object is found, where object["id"]==value, the function returns the the respective object.
Parameters:
-
array
ArrayArray of Javascript Objects
-
id
StringValue of ID
Returns:
Returns an object or undefined, if there is no such object.
getIndexByID
-
array
-
id
Searches an array of objects. If an object is found, where object["id"]==value, the function returns the index of the object in the array.
Parameters:
-
array
ArrayArray of Javascript Objects
-
id
StringValue of ID
Returns:
Returns index as number or undefined, if there is no such object.
getJSONWithAJAX
-
url
-
success_callback
Downloads a JSON resource via AJAX, using the HTTP GET method.
Parameters:
-
url
StringURL of the resource.
-
success_callback
FunctionCallback function to be called when resource is downloaded and ready. It gets the resulting javascript object, when JSON parsing was successful.
Returns:
http.send() Value of http.send()
getObject
-
array
-
key
-
value
Searches an array of objects. If an object is found, where object[key]==value, the function returns the respective object.
Parameters:
-
array
ArrayArray of Javascript Objects
-
key
StringKey in object
-
value
StringValue of key in object
Returns:
Returns an object or undefined, if there is no such object.
getTextWithAJAX
-
url
-
success_callback
Downloads a text resource via AJAX, using the HTTP GET method.
Parameters:
-
url
StringURL of the resource.
-
success_callback
FunctionCallback function to be called when resource is downloaded and ready. It gets the resource as text string.
Returns:
http.send() Value of http.send()
getWithAJAX
-
url
-
success_callback
Downloads a resource via AJAX, using the HTTP GET method.
Parameters:
-
url
StringURL of the resource.
-
success_callback
FunctionCallback function to be called when resource is downloaded and ready. It gets the XMLHttpRequest object.
Returns:
http.send() Value of http.send()
maps
-
array
-
transform
Maps an array like Array.map()
Parameters:
-
array
ArrayAny array
-
transform
FunctionTransformation method that is performed on each item
Returns:
Returns the resulting array of the map.
parseJSON
-
string
-
onsuccess
-
onerror
Parses a JSON string to a JavaScript object. If JSON is invalid, the error is catched and a callback function is called. This is better than just relying on JSON.parse throwing real errors.
Parameters:
-
string
StringJSON string
-
onsuccess
FunctionFunction to be called when JSON could be parsed. Javascript Object is passed as parameter.
-
onerror
FunctionFunction to be called when JSON could not be parsed. No parameters are passed here.
postWithAJAX
-
url
-
post_data
-
success_callback
-
additional_headers
Sends a HTTP POST via AJAX.
Parameters:
-
url
StringURL of the resource.
-
post_data
StringRequest body data as string.
-
success_callback
FunctionCallback function to be called when there is a HTTP response. It gets the XMLHttpRequest object.
-
additional_headers
ArrayArray with key-value-pairs, that are used as HTTP request headers.
Returns:
Returns the value of XMLHttpRequest.send()
readFileAsJSON
-
Javascript
-
onsuccess
-
onerror
Reads the JSON content of a Javascript File Object and parses it.
Parameters:
-
Javascript
ObjectFile Object to be parsed
-
onsuccess
FunctionFunction to be called when JSON could be parsed. Javascript Object is passed as parameter.
-
onerror
FunctionFunction to be called when JSON could not be parsed. No parameters are passed here.
readFileAsText
-
file
-
onsuccess
Parses a Javascript Blob object for its text. This obviously works only with text files.
Parameters:
-
file
MixedFile as Blob object.
-
onsuccess
FunctionCallback function to be called when file is parsed. It gets the resulting string, if parsing was successful.
removeToInsertLater
-
element
Remove an element and provide a function that inserts it into its original position
Parameters:
-
element
ElementThe element to be temporarily removed
Returns:
A function that inserts the element into its original position


31 DECEMBER
ENTRANCE ANTIPHON
A child is
born for us, and a son is given to us; his sceptre of power rests upon his
shoulder, and his name will be called Messenger of great counsel.
The GLORIA is said. (English, Latin)
COLLECT
Almighty ever-living God, who in the Nativity of your Son established the beginning and fulfilment of all religion, grant, we pray, that we may be numbered among those who belong to him in whom is the fullness of human salvation. Who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
O God, who
give us the gift of true prayer and of peace, graciously grant that, through
this offering, we may do fitting homage to your divine majesty and, by
partaking of the sacred mystery, we may be faithfully united in mind and heart.
Through Christ our Lord.
COMMUNION ANTIPHON
God sent his Only Begotten Son into the world, so that we might have life through him.
PRAYER AFTER COMMUNION
May your people, O Lord, whom you guide and sustain in many ways, experience, both now and in the future, the remedies which you bestow, that, with the needed solace of things that pass away, they may strive with ever deepened trust for things eternal. Through Christ our Lord.


Item 1.
First, ensure wireless is on:
Options menu space + o
Connectivity menu letter c
Wireless letter w
"Wireless ethernet on?" Toggle to yes space, enter
Reconnect r
Return to Main Menu space + dot123456
First, ensure wireless is on:
Options menu space + o
Connectivity menu letter c
Wireless letter w
"Wireless ethernet on?" Toggle to yes space, enter
Reconnect r
Return to Main Menu space + dot123456


9/13/17 - Gimme a beat
My shipment from Mouser came in, and my desk is now covered in ICs, resistors, LEDs, and jumpers.
Ciarcia’s book and other sources online start the building process off with the clock, so I did the same. This was my first time working with ICs, and the clock seemed like a simple and rewarding place to start. Flashing LEDs will can make anyone feel like they’ve made something cool.
My first attempt at a functioning clock was Ciarcia’s single step design using a 7000, 7404, and an SPDT switch. This seemed simple enough, just like any circuit where a component is turned on with a switch. I also set up the slow clock, made with a 7404, capacitor, and resistor, as pictured in the book. A 4-pin DIP switch block selected between the two clock circuits.
I had trouble testing and getting any validation from these circuits though. I tried hooking an LED up to the circuit’s output and connecting the cathode to ground, but I think this resulted in the LED emitting all the time due to the clocks 330 Ohm pullup to 5V. At the time, I hadn’t realized how IC logic worked outside of putting a high or low voltage signal in on one side and recieving a high or low voltage signal out of the other side. It took a day or two to discover that an LED could reach ground through an ICs output when the output pin was in a low state. For now, I took the circuits apart, cleaned up, and called it a night.
The next day, I tried to make sense of the previous night’s errors. I tried to put together a logic probe circuit, but lacked some of the materials. I figured that my Arduino might be able to read logic high or low through the input pins, so I searched online to see if anyone had set up an Arduino as a probe. I found a few solutions that not only worked as a probe, but even as a full-blown multi-channel logic analyzer. Hell yeah! Setup was simple enough: upload the sketch to the Arduino, choose a port and baud rate, and launch the LogicSniffer software. The sketch implements a protocol fot interfacing with the open-source logic analyzer software. I set up a manual clock circuit as a I had the previous day, then started up the analyzer. I flipped the switch and captured data from the device a few times and was able to see the input switching between high and low. Seems like everything had actually been working, but I just couldn’t see it before due to wiring errors.
If you want to try the logic analyzer, you can find the Arduino sketch on Github here and the LogicSniffer software at the creator’s website here.
Feeling a little more confident and prepared, I watched Julian Ilett’s Z80 video again. He seemed to set everything up so quickly and easily, so I attempted to copy that. Julian used a simple 555 astable circuit to clock his Z80, and the 555’s output was even able to power an LED to show the clock’s pulse. I found a website for calculating 555 timer setups and figured out what I’d need to get a circuit that would flash around 4 times per second with almost a 50% duty cycle. I dug the components out of my drawers and got a similar set up and working. The first flashing LED; cool!
After getting the slow clock set up, I was anxious to get the blazing 2 MHz oscillator from Mouser up and running. The clock I bought was an all-in-one crystal oscillator circuit. All I had to do was hook up 5V and ground to have a perfect clock.
I ran both outputs through a 7404 before hooking up the LEDs so I could measure the real outputs, take some current off the ICs, and still have flashing light to match the clock pulses. The 555’s LED was looking great, but the oscillator’s LED stayed a dull green. That seemed like it might be correct though, due to the circuit toggling 2 million times per second.
To be sure, I hooked both up to the Arduino’s digital pins and started up LogicSniffer. The captured data looked great! My 555’s wavelengths were uniform, and the oscillator was putting out a perfect 2 MHz square wave. I did notice that the 555’s frequency was a bit slower than the value from the calculator. Off by like 0.3 Hz even, which seems like a lot when the calculated frequency was only about 3.9 Hz to start with. Perhaps this is what the resistor tolerance is about. I’m using an 18k resistor in the 555, so if it’s 5-10% off, the actual frequency may be correct after all.
The analyzer started acting up after a few more captures, especially when I got the clock selector switch up in the mix. A consistant pattern started to emerge on any channels with a wire inserted, and I eventually noticed that the strange wave was at 60 Hz, which must be interference. No amount of unplugging and restarting could make the interference go away. I tried using decoupling capacitors and pullup resistors, but those didn’t make a difference either. When I disconnected my clocks from the Arduino, I saw that the interference was still there, so my clocks probably aren’t the issue. Even with the interference problem, I highly recommend LogicSniffer if you’re broke and clueless like me.


{% extends "aswiki/base.html" %} {% load i18n asutils aswikitags %} {% block title %}Nascent Topic List{% endblock title %} {# You will likely NEED to override this template with your own #} {% block hierarchy %}{{ block.super }}» Nascent Topics{% endblock %} {% block content_title %}
The Nascent Topic list shows you the list of Topics that have been referred to on some page in this Wiki, but do not actually exist yet. Think of this as a 'to do list' of Topics that still need to be created.
Clicking on a Topic in this list will bring you to the page where you can create that topic.
{% if object_list %} {% if is_paginated %}There are currently no nascent topics.
{% endif %} {% endblock content %}


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SINGLES A film review by Bernie Rauscher Copyright 1992 Bernie Rauscher
I saw the move SINGLES last week, and I liked it ... as entertainment. I though the cosmetic surgery CAD (Computer Aided Design) station was a blast. I really liked the main characters keeping their word on the "water date." I thought the rock club scenes really hit home with it being *impossible* to have a discussion, and the characters being just a little bit out of it in the sea of obviously just a tad over 21 crowd.
All that aside, though, I thought the group of characters were an interesting mix, --that wasn't exploited at all. In Chicago, the waitress-and-musician crowd and the suit-and-tie crowd are like oil and water. It's the same in Washington D.C. and New York. Yet, both groups come from very similar middle class backgrounds (to myopicly focus on the class depicted in the movie). Some of the rift is a simple matter of money, i.e., Fonda's and Dillon's characters shouldn't have been living in the "nice" part of town. But, part of the rift is a matter of choice and what people want out of life. Given that the characters were deciding what they were going to do with their lives, it would it would have been interesting to see what went into those choices.
Also, given that they'd been living with these choices for a few years, they could have explored the pros and cons of each. The working characters should have obviously had less free time and more constraints on their lifestyle than their "non-working" friends. The "non-working" friends should have been obviously poorer in very real ways (like not having their own roommate-less upscale apartments).
The working characters had the life style one would expect, which is the usual payback for a "professional" job. But, Dillon was talentless and Fonda was adrift. This is not usually the case. It would have been better to have given either Fonda or Dillon some real (though not necessarily marketable) talent.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Instructions: Pick a key and scale and hit submit. Chordgen will generate a virtual fretboard containing all scale tones of that key. It will also generate a list of chords with extensions pertaining to each scale degree.
You may also select whether the virtual fretboard displays each scale tone as red/black dots or note names. Red dots (🔴) indicate the rootnote and black dots (⚫) indicate the scale tones.
Note: for specific functionality purposes, this tool shows only flats and no sharps.
| E | |||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| B | |||||||||||||||
| G | |||||||||||||||
| D | |||||||||||||||
| A | |||||||||||||||
| E | |||||||||||||||
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |
Click on any note to highlight its position across the fretboard.
Copyright © 2018 Jake Soffer and Sean McDermott


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| Drago enables to print
and export full games with a lot of settings with the Print...
and Export... commands. It enables also to
export positions selected on the goban with the Export
position... command described here. |
|
The dialog box Export position... enables
to:
In each case, export can be done to a file. If the format is WMF, BMP or ASCII, export can also make a Copy of the figure to the clipboard ready to Paste in another application. When exporting a position to SGF, the selected position is saved as a SGF file with no moves, but with the required commands to set up the position on the go board. |
|
Selecting an area on the goban |
|
| When the Export position... dialog is open, the mouse pointer takes the shape of a red cross when over the goban. It is then possible to select a rectangular area by clicking and moving the cursor. | |
| Coordinates of the selected zone are echoed in the Figure coordinates edit box. It is possible to edit directly the coordinates to specify an area of the goban. | |
Settings of the diagram |
|
| The image dimensions are set with the Dimensions
box. Note that dimensions are expressed with millimeters for WMF format, with pixels for other cases. The dimensions are irrelevant for the ASCII and SGF formats. It is possible to set the diameter of the stones, or the width or height of the diagram. When setting one of the values, the two other ones are updated. |
|
| When clicking on the first button, an additional option box opens. This zone is used to specify whether the captured stones are displayed in the diagram or not (As books or As goban values). | |
Settings of the format |
|
| Format selection is made with the radio buttons of the Format box. | |
| When clicking on the button, an additional option box
opens. This box is used to set the options specific to
each format. In the current version, these specific options are:
|
|
ASCII FormatsDrago respects the reference specifications for the rec.games.go and Sensei's Library diagram ASCII formats. rec.games.go formatThis format is more generally used for exchanging position by email. Its description is given in the section 4.6 of the rec.games.go FAQ. Sensei's Library formatThis is the format used to insert a diagram in a page of the Sensei's Library wiki. Its description can be found in the HowDiagramsWork page. The SL Diagrams with Drago page describes with some details the generation of SL diagrams with Drago. |
When exporting a position to SGF, the selected position is saved as a SGF file with no moves, but with the required commands to set up the position on the go board.


--- permalink: /project/ redirect_from: - /projects/ title: "Project List" meta_title: "Projects List of Róbert Papp" layout: page-fullwidth breadcrumbs: true --- {% assign found = false %} {% assign projects = site.projects | sort: 'title' %} {% for project in projects %}{% if project.published and project.type == 'app' %} {% unless found %}{% assign found = true %}
A proof of concept (PoC) is a realization of a certain method or idea to demonstrate its feasibility whose purpose is to verify that some concept has the potential of being used. A proof of concept is usually small and may or may not be complete. A pilot project is targeting a limited scope of the intended final solution. Wikipedia
Bodging is a wonderful British word that means to patch together, to make temporary repairs. A bodge is clumsy, it's inelegant, it'll fall apart, but it'll work. And it'll keep working as long as there's someone around to bodge it again if it breaks. You know that bit in Apollo 13 where they have to fit the square peg in the round hole? That is a bodge. Actually, that's possibly the greatest bodge in human history. Tom Scott


|
|
#include <fastformat/sinks/c_string.hpp>
Public Types | |
| typedef c_string_sink | class_type |
| This type. | |
| typedef ff_char_t | char_type |
| The character type. | |
| typedef size_t | size_type |
| The size type. | |
Public Member Functions | |
| c_string_sink (size_type n, char_type *buffer) | |
| Constructs from a character buffer. | |
| template<size_t N> | |
| c_string_sink (char_type(&ar)[N]) | |
| Constructs from a character array. | |
| size_type | size () const |
| The number of characters written to the sink. | |
| size_type | capacity () const |
| The total number of characters accessible to the sink. | |
| class_type & | write (size_type cchTotal, size_type numResults, ff_string_slice_t const *results, int flags) |
| Outputs the results, according to the given flags. |
| typedef c_string_sink class_type |
This type.
| typedef size_t size_type |
The size type.
| c_string_sink | ( | size_type | n, | |
| char_type * | buffer | |||
| ) | [inline] |
Constructs from a character buffer.
| c_string_sink | ( | char_type & | ar[N] | ) | [inline] |
Constructs from a character array.
| size_type size | ( | ) | const [inline] |
The number of characters written to the sink.
| size_type capacity | ( | ) | const [inline] |
The total number of characters accessible to the sink.
| class_type& write | ( | size_type | cchTotal, | |
| size_type | numResults, | |||
| ff_string_slice_t const * | results, | |||
| int | flags | |||
| ) | [inline] |
Outputs the results, according to the given flags.
|
|
|
| FastFormat Library documentation © Matthew Wilson, 2006-2012 |


|
RandomLib
|
| ExactExponential.hpp [code] | Header for ExactExponential |
| ExactNormal.hpp [code] | Header for ExactNormal |
| ExactPower.hpp [code] | Header for ExactPower |
| ExponentialDistribution.hpp [code] | Header for ExponentialDistribution |
| ExponentialProb.hpp [code] | Header for ExponentialProb |
| LeadingZeros.hpp [code] | Header for LeadingZeros |
| NormalDistribution.hpp [code] | Header for NormalDistribution |
| Random.cpp [code] | Implementation code for RandomLib |
| Random.hpp [code] | Header for Random, RandomGenerator |
| RandomAlgorithm.hpp [code] | Header for MT19937 and SFMT19937 |
| RandomCanonical.hpp [code] | Header for RandomCanonical |
| RandomCoverage.cpp [code] | Coverage test for RandomLib |
| RandomEngine.hpp [code] | Header for RandomEngine |
| RandomExact.cpp [code] | Using RandomLib to generate exact random results |
| RandomExample.cpp [code] | Simple examples of use of RandomLib |
| RandomLambda.cpp [code] | Using the STL and lambda expressions with RandomLib |
| RandomMixer.hpp [code] | Header for Mixer classes |
| RandomNumber.hpp [code] | Header for RandomNumber |
| RandomPower2.hpp [code] | Header for RandomPower2 |
| RandomSave.cpp [code] | Examples of saving and restore the state with RandomLib |
| RandomSeed.hpp [code] | Header for RandomSeed |
| RandomSelect.hpp [code] | Header for RandomSelect |
| RandomThread.cpp [code] | Example of parallelization with RandomLib using threads |
| RandomTime.cpp [code] | Timing RandomLib |
| RandomType.hpp [code] | Class to hold bit-width and unsigned type |


9:00 AM
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4:00 PM
5:00 PM
A simple calendar app for scheduling your work day


| SCENIX |
News
Release
|
|
|
| FOR IMMEDIATE RELEASE | |||
| Contact: | |||
|
Stephan Thaler
Scenix Semiconductor 650/210-1502<EMAIL_ADDRESS>|
Joe
Fowler FS Communications 650/691-1488<EMAIL_ADDRESS>|
||
|
SCENIX
ANNOUNCES NEW FCC-COMPLIANT EMBEDDED V.23 SOFTWARE MODEM REFERENCE
DESIGN
|
|
Latest
In Line Of Small, Inexpensive Solutions Provides Data Communication
In Low-Speed Applications
|
|
Santa Clara, Calif. - Oct. 28, 1999 - Scenix Semiconductor, Inc. today announced the availability of a new modem reference design for low-speed data transmission applications, such as point-of-sale terminals, automatic teller machines, remote monitoring equipment, alarm systems and the back-channel function of set-top boxes. The V.23 modem is compliant with the CCITT V.23 standard, and also includes DTMF (dual-tone, multi-frequency) generation and detection, Caller-ID and Call-Progress functions. It has been tested in accordance with the FCC (Federal Communications Commission) standards, and allows designers to reduce parts counts and total system costs in a wide variety of embedded applications. As with previous Scenix modem reference designs, the new V.23 modem replaces external hardware components with Virtual Peripheral™ software modules that are loaded into the on-chip flash/EEPROM program memory of a 50 MIPS (million instructions per second) Scenix SX28AC microcontroller (MCU). Executing one instruction every cycle, the SX28AC is able to perform both modem and system control functions. V.23 Modem Software Modules Lowest Cost Implementation "The SX Series-based V.23 modem reference design is the perfect data communications solution for a wide range of embedded applications that require relatively low speeds, such as point-of-sale terminals, and also addresses the needs of the rapidly growing Caller-ID market," said Stephan Thaler, vice president of marketing at Scenix. "It's in a small form factor that's ideal for embedded applications in which the modem is only one of many functions. It offers the features that are most needed in those applications, and can be implemented quickly and easily using Virtual Peripheral modules. In addition, it can be reconfigured in the field to add new features or accommodate different standards." A modem evaluation kit that includes additional components is available for $89 from the Scenix Web site, www.scenix.com. This kit provides a range of modem functions that allow designers to evaluate and develop applications for all the types of embedded software modems that are offered by Scenix. It includes the board, software and full documentation. |
|
Scenix Recognition includes:
# # # ™Virtual Peripheral is a trademark of Scenix Semiconductor, Inc. |


See also: system-wide performance
FYI: these stats are hosted on the Dr. CI website instead of being posted inline on the GitHub PR comment because they contain nondeterministic values. These values would interfere with comment deduplication logic.


 Very much familiar with the likes of HTML4/5, CSS3, Javascript, Java(basics), SQL. Well exposed to the frameworks like Jquery, Angular JS 1.6/2, Vue.JS. Having experience with the libraries like ReactJS, Redux, D3JS, underscoreJS. Good at tools like Photoshop, Dream viewer. Having knowledge on GIT for project maintainence, Glup, Grunt, Webpack etc.,
My first company was TCS, There I learnt most part of my front end development. I was working as a shadow resource for an UI developer. I spent my initial 3 years in TCS. Later I got a chance to work with Huawei through Innominds. We build 4-5 portals with Angular framework. Then I got an opportunity to work with Societe Generale which is my current company. Here, I get exposed to Angular2 and React JS. I learnt Vue.JS out of my own interest. Need to know more about me? then, Kindly download my CV Here.
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Tea culture is a beautiful artistic conception of the entire tea tasting process including the appreciation of tea tasting techniques and artistic manipulation methods and the appreciation of the beautiful environment of tasting tea. The process reflects the mutual unity of form and spirit, and is a cultural phenomenon formed in the process of tea drinking activities. It has a long origin, a long history, a profound cultural heritage, and a connection with religion. Tea art includes a series of contents such as tea selection, water selection, tea making technology, tea set art, and environment selection and creation. The background of tea art is an important means to set off the theme. It renders the pure, elegant, and simple temperament of tea, and enhances the artistic appeal. Different styles of tea art have different background requirements. Only by choosing the right background can you better understand the taste of tea.


About New York City
New York City is known as the city that never sleeps. No matter what time it it, you will always have something to do. You can live in New York city for a complete year and still not be able to visit every place in New York City. As a tourist in New York, tourists only make a point to visit:
However there is more to discover in New York City. If you want to get a better idea of what 'The City that never sleeps' is all about, it is a must to visit:
However there is more to discover in New York City. If you want to get a better idea of what 'The City that never sleeps' is all about, it is a must to visit:


WATCH: Indian ex-army general supports ‘death for death, rape for rape’ in occupied Kashmir
by News DeskPresident Dr Arif Alvi has hit out at a former Indian military general for supporting rape of Kashmiri women during a TV debate, where he can be heard saying “death in return for death, and rape in return for rape”.
“Disgraceful.
“Imagine the fate of women in Indian Occupied Kashmir [IOK] where such men wield power with total impunity,” he added.
Occupied Kashmir has been under lockdown since August 5 when the Prime Minister Narendra Modi-led BJP government revoked the autonomous status of the disputed region in a bid to convert the Muslim majority of the area into minority.
President Alvi also shared a Human Rights Watch report’s link on his official Twitter handle saying: “Indian forces have used rape as a tool according to HRW report.”
During a high-decibel debate on the Kashmiri Pandit exodus on TV 9 Bharatvarsh, Major General (retd) SP Sinha screamed, “Maut ke badle maut [death for death], balatkar ke badle balatkar [rape for rape],” The Print reported.
It drew an instant rebuke from fellow panellists as well as the woman anchor. The retired serviceman was asked to apologise but he stood by his remarks.
To make matters worse, he did an instant poll on the channel and some from the audience, which included women, can be heard supporting him.
This is not the first instance where an Indian political leader made a such statement. Earlier in the July, a BJP’s women wing leader was removed from her position after she encouraged “Hindu brothers” to gang-rape Muslim women openly in the streets.
“Muslim mothers and sisters should have their honour looted as there is no other way to protect India,” said Sunita Singh Gaur in a Facebook post.


If you are looking to buy Mississippi Records label releases please go here:
https://mississippirecords.netFor our bandcamp, please visit:
https://mississippirecords.bandcamp.com/...and for our temporary discogs site, please visit:
https://www.discogs.com/seller/mississippi-records/profileThe Mississippi Records retail shop is temporarily closed. We appreciate your support and hope all is well on your end of things.
All the best,
Eric at Mississippi Records


11.4. Topological Sort (WORK IN PROGRESS)¶
11.4.1. Topological Sort¶
Assume that we need to schedule a series of tasks, such as classes or construction jobs, where we cannot start one task until after its prerequisites are completed. We wish to organize the tasks into a linear order that allows us to complete them one at a time without violating any prerequisites. We can model the problem using a DAG. The graph is directed because one task is a prerequisite of another – the vertices have a directed relationship. It is acyclic because a cycle would indicate a conflicting series of prerequisites that could not be completed without violating at least one prerequisite. The process of laying out the vertices of a DAG in a linear order to meet the prerequisite rules is called a topological sort.
Todo
- type: Slideshow
Replace the above figure with a slideshow that incorporates the following paragraph.
Figure 11.5.1 illustrates the problem. An acceptable topological sort for this example is J1, J2, J3, J4, J5, J6, J7. However, other orders are also acceptable, such as J1, J3, J2, J6, J4, J5, J7.
<IP_ADDRESS>. Depth-first solution¶
A topological sort may be found by performing a DFS on the graph.
When a vertex is visited, no action is taken (i.e., function
PreVisit
does nothing).
When the recursion pops back to that vertex, function
PostVisit
prints the vertex.
This yields a topological sort in reverse order.
It does not matter where the sort starts, as long as all vertices
are visited in the end.
Here is implementation for the DFS-based algorithm.
static void topsortDFS(Graph G) {
int v;
for (v=0; v<G.nodeCount(); v++) {
G.setValue(v, null); // Initialize
}
for (v=0; v<G.nodeCount(); v++) {
if (G.getValue(v) != VISITED) {
tophelp(G, v);
}
}
}
static void tophelp(Graph G, int v) {
G.setValue(v, VISITED);
int[] nList = G.neighbors(v);
for (int i=0; i< nList.length; i++) {
if (G.getValue(nList[i]) != VISITED) {
tophelp(G, nList[i]);
}
}
printout(v);
}
def topsortDFS(G):
for v in range(G.nodeCount()): # Initialize
G.setValue(v, None)
for v in range(G.nodeCount()):
if G.getValue(v) != VISITED:
tophelp(G, v)
def tophelp(G, v):
G.setValue(v, VISITED)
for w in G.neighbors(v):
if G.getValue(w) != VISITED:
tophelp(G, w)
printout(v)
Todo
- type: Slideshow
Replace the following paragraph with a slideshow.
Using this algorithm starting at J1 and visiting adjacent neighbors in alphabetic order, vertices of the graph in Figure 11.5.1 are printed out in the order J7, J5, J4, J6, J2, J3, J1. Reversing this yields the topological sort J1, J3, J2, J6, J4, J5, J7.
Here is another example.
<IP_ADDRESS>. Queue-based Solution¶
We can implement topological sort using a queue instead of recursion, as follows.
Todo
- type: Slideshow
Incorporate the following into a slideshow.
First visit all edges, counting the number of edges that lead to each vertex (i.e., count the number of prerequisites for each vertex). All vertices with no prerequisites are placed on the queue. We then begin processing the queue. When Vertex \(v\) is taken off of the queue, it is printed, and all neighbors of \(v\) (that is, all vertices that have \(v\) as a prerequisite) have their counts decremented by one. Place on the queue any neighbor whose count becomes zero. If the queue becomes empty without printing all of the vertices, then the graph contains a cycle (i.e., there is no possible ordering for the tasks that does not violate some prerequisite). The printed order for the vertices of the graph in Applying the queue version of topological sort to the graph of Figure 11.5.1 produces J1, J2, J3, J6, J4, J5, J7. Here is an implementation for the algorithm.
Here is the code to implement the queue-based topological sort:
static void topsortBFS(Graph G) { // Topological sort: Queue
Queue Q = new LQueue(G.nodeCount());
int[] Count = new int[G.nodeCount()];
int[] nList;
int v;
for (v=0; v<G.nodeCount(); v++) { Count[v] = 0; } // Initialize
for (v=0; v<G.nodeCount(); v++) { // Process every edge
nList = G.neighbors(v);
for (int i=0; i< nList.length; i++) {
Count[nList[i]]++; // Add to v's prereq count
}
}
for (v=0; v<G.nodeCount(); v++) { // Initialize Queue
if (Count[v] == 0) { // V has no prerequisites
Q.enqueue(v);
}
}
while (Q.length() > 0) { // Process the vertices
v = (Integer)Q.dequeue();
printout(v); // PreVisit for Vertex V
nList = G.neighbors(v);
for (int i=0; i< nList.length; i++) {
Count[nList[i]]--; // One less prerequisite
if (Count[nList[i]] == 0) { // This vertex is now free
Q.enqueue(nList[i]);
}
}
}
}
# Topological sort: Queue
def topsortBFS(G):
Q = LQueue(G.nodeCount()):
Count = [0] * G.nodeCount()
for v in range(G.nodeCount()): # Process every edge
for w in G.neighbors(v):
Count[w] += 1 # Add to v's prereq count
for v in range(G.nodeCount()) # Initialize Queue
if Count[v] == 0 # V has no prerequisites
Q.enqueue(v)
while Q.length() > 0 # Process the vertices
v = Q.dequeue()
printout(v) # PreVisit for Vertex V
for w in G.neighbors(v):
Count[w] -= 1 # One less prerequisite
if Count[w] == 0: # This vertex is now free
Q.enqueue(w)
Todo
- type: Proficiency Exercise
Provide a proficiency exercise that randomly alternates between proficiency for DFS-based and queue-based Topsort. The bare beginnings of an exercise can be found in
AV/Development/TopSort/topSortDFSPE.*
Todo
- type: AV
Provide a unified AV that can allow the user to pick which topsort (DFS or Queue), with or without cycles in the graph. The start of this is in
AV/Development/TopSort/topSortAV*
(for just random DFS),AV/Development/TopSort/qTopSortAV.*
(for just random queue-based topsort), andAV/Development/TopSort/topSortAVs*
(tries to unify).
Todo
- type: Summary Questions
Provide a summary battery of questions.


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Switching gears during T-cell maturation: RANTES and late transcription.
Abstract
Although much is understood about the induction of genes expressed early (within 24 h) after T-cell activation, little is known about the regulation of expression of genes expressed 'late ' (three or more days) post-stimulation. A better understanding of transcriptional regulation at this important stage of T-cell maturation may yield new insights into T-cell development and new immunotherapeutic targets.


The instructions below were tested and successfully carried out using Matlab 2016a on OSX 10.10.5 for PupilLabs 0.9.14.
PupilLabs software
To install the PupilLabs software, you must first install all the dependencies as outlined on their website. It is a good idea to execute the console commands line by line instead of copy and pasting the blocks on their site. This is because copying blocks may (for unknown reasons) result in certain commands being randomly skipped.
Once you have installed all the dependencies, clone the PupilLabs source code to the directory from which you want to run the software.
You can test your installation by navigating to directory where you cloned the git repository and running python3 main.py
. This should start the PupilLabs software. If you run into problems, make sure that you have installed all the dependencies correctly and visit the PupilLabs GitHub site for additional help with troubleshooting.
SnowDots dependencies
To get the SnowDots PupilLabs object to run, you need to install some additional libraries. The first is matlab-zmq. This will allow you to interface with the ZMQ network (which is what PupilLabs uses for all communication and data transmission) directly from Matlab.
The matlab-zmq library requires ZMQ to be installed on your machine. Visit the ZMQ website to install ZMQ onto your machine. Although the installation instructions for matlab-zmq state that you should use ZMQ 4.0.X, we have successfully used the package while runing ZMQ 4.2.2. It is likely (but not guaranteed) that any ZMQ version that promised backward compatibility will work fine.
Once you have installed ZMQ, you need to compile the matlab-zmq MEX files. Follow the instructions on the matlab-zmq GitHub site. There is a small caveat that you may need to that the ZMQ_COMPILE_LIB
variable in the config.m
file from ./libzmq.a
to libzmq.a
. This change may be dependent on your OS, and it could be the case that the files compile correctly without it. However, on OSX 10.10.5, we could not get the files to compile without this edit.
Point Matlab to Python3
You will also need to point your Matlab to the Python3 version that you used to install PupilLabs. Alternatively, you can point it to another version of Python on your machine, but make sure that this version has the msgpack_python
package installed. This is because there is no good msgpack serializer library for Matlab (please inform us if you write or make one) so we instead make use of Matlab's Python integration.
On OSX, the way to point your Matlab to the Python3 installed via homebrew (if you followed PupilLabs dependencies installation) is to run the following command from the Matlab console (taken from here)
pyversion('/usr/local/opt/python3/bin/python3.6');
You can check to make sure this worked by running just the pyversion
command without any inputs.
Once you have completed these steps, you are ready to use PupilLabs and the SnowDots object! Check out the demo scripts and descriptions in the WIKI for more information on how to use the class.


Insert title (or delete and embed chart as an
iframe
in another web page)
Data source: (insert, with optional
link to Google Sheet
Chart created with Google Visualization API, with guide at
https://github.com/JackDougherty/gviz-column-chart-sheet


The "card" busy indicator (marked by the card border) is nested inside the "form" busy indicator (marked in amber). They should both still operate independently of one another. The start and complete events on a "busy" element should never bubble.


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This is the basic beginning ninja.
You can upgrade your ninja be fortifying equipment, boost summoning beast, etc.
Konoha Conquest
Ninjas coming from another end from you. Goal is to get to the other side without dying. Death cooldown in 1 minute.
Refining beast
Level up your beast to get better fighting. Unlocked at level 72.
Treasure Hunt
Used to get materials. Unlocked at level 32.
Realm
Used to get S. Weapons, used to boost many ablities. Unlocked after level 30 main battle.
Daily task
Used to get a varity of rewards and the top prize is 150 points.
Check In
Daily checking in will get you 5 points. Trade in points to get materials.
Guild
Place where you donate silver/gold to your guild to increase HP, etc.
My name is Codey.
I am at Harrison Park.
I have taken Log Camp 3 times.
I learned how to make a Mobile App.
 Link below
//un.games.la/ or http://ninja.playwebgame.com/home
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