AMAZING PEOPLE ARE MAKING AMAZING DESIGNS IN A FUN ENVIRONMENT
When you work with us, you are part of a team of commited collaborators. All aspects of our software development process are intergrated, interactive
and agile.
Our approach unifies design, development annd product management to create exceptional products.
We start each project by understanding your business goals, the user's needs and the product requirements.
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code our team will spend the necessary time needed to understand your product vision
The outcome of this scoping session is proposal or high-level statement of work.
based on your requirements, we can provide a complete offering or just the pieces you need.
Our design practise offers a full range of services including brand strategy, information and visual design and user experience testing.
Thoughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
All engineers are fluent in the latest enterprise, mobile and web development technologies. They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
Planning and development is interactive. Because we are constantly coding and testing, the products we build are always ready to go live. The interactive process allows for changes as business requirements evolve.
FIRST PROJECT
SECOND PROJECT
THIRD PROJECT
FOURTH PROJECT
FIFTH PROJECT
SIXTH PROJECT
SEVENTH PROJECT
BAILEY WONGER
DELANI STUDIO
2019


Interests include: Gaming, Anime, Mixed Drinks, Movies, Music, and more.
Projects
Below are some of the projects I've worked on.
ProfHacks 2017
Head of Hacker Experience
ProfWave
Ocean Wave Energy Converter
ProfHacks 2017
Involved in securing $18,500 in funding a student run 24-Hour hackathon at Rowan University. Created a budget to spend acquired funds on swag, snacks, catering, t-shirts and other resources. Also responsible for coordinating and scheduling volunteers before and during the event.
Client:
Rowan University
Date:
February 2017
Service:
Management/Organization
ProfWave
Designing Raspberry Pi based Data Acquisition System to record the power output and accelerometer data from a small scale implementation of a buoy-pendulum Ocean Wave Energy Converter (WEC).


§508D-14 Additional disclosure requirements. The requirements of this chapter are in addition to all other disclosure obligations of the seller required by law relating to the sale of residential real property. [L 1994, c 214, pt of §2; am L 1996, c 161, §14; am L 2001, c 224, pt of §7]


Game Gig Rules
The aim of the Game Gig is to create a fun, exciting, original game from scratch in less than 12 hours. We've created a few simple rules to help the process go smoothly for everyone.
-
Please respect and look after the Computer Lab. Note that no food or drinks are permitted in the Intel Laboratory, and we will be checking!
-
You can work on your game in a team of up to four people.
-
Game-making commences at 10:30 and finishes at 20:00.
-
You are free to do whatever you like with your game after the Game Gig.
-
You are free to use any tools or libraries available to you to create your game. You can start with any pre-existing code or content that you like and you are free to use third-party assets, as long as you let the judges know what you created yourself and what you didn't. Failure to do so could risk disqualification.
-
It's your responsibilty to make sure that you have the right to use third-party assets (for example, that they are public domain or available under an appropriate license).
-
Be kind and considerate to your fellow hackers and our volunteers. We're all here to have fun! By participating in the hackathon, you agree to abide by this Code of Conduct.


Use this application to generate the dynamic flows for the mule component demo.
The flow configuration created with this application generates a string with the important Salesforce fields for a particular campaign
Choose Important Fields
Name BudgetedCost ActualCost
Campaign Name:
mule xml:


Life * * (out of * * * * )
Directed by Ted Demme. Cast: Eddie Murphy, Martin Lawrence, Obba Babatunde, Rick James, Brent Jennings, Miguel A. Nunez Jr., Bokeem Woodbine, Clarence Williams III, Ned Beatty, Lisa Nicole Carson, Nick Cassavetes, Poppy Montgomery. 1999 - 108 minutes Rated R (for extreme profanity, mild violence, and a brief scene of gore). Reviewed April 17, 1999.
Like several of Eddie Murphy's past films (1998's "Holy Man"), "Life" is a perfect example of a film with an identity crisis. Let Murphy loose and he can be a dynamite comic (1996's "The Nutty Professor"), but too often he is mired in an uncomfortable mixture of comedy and drama. If Murphy wants to be treated seriously, why not make a straightforward dramatic piece, instead of intermingling it with juvenile comedy, and vice versa?
Spanning 60-odd years and beginning in the Prohibition era of 1932, Murphy stars as smooth con man Ray Gibson who, along with straight-laced banker Claude Banks (Martin Lawrence), finds himself owing a large debt to a bootlegger (Rick James). Paired together to travel from their home of Manhattan to the deep south of Mississippi on a bootlegging journey, they unwittingly witness the death of a black man caused by racism, and then are accused of the murder, sentenced to the Mississippi State Penitentiary for life. As the decades fly by and they remain locked up, Claude and Ray's friendship survives many different hurdles as they begin to suspect that they are going to die without ever being free again.
Does this sound like a rousing yuk-fest? I think not, and although "Life" does boast a few humorous moments (I liked, for example, an early scene where they enter into a "No Coloreds" restaurant and the waitress tells them that they only have "whites-only pie"), the overall story is more depressing than anything else, since we know what we are basically watching is two innocent mens' lives being wasted away. In something like 1994's "The Shawshank Redemption," this idea worked because the subject matter was treated with a realism and intelligence. In "Life," it is mostly an excuse to give us one-liners heavily laced with the F-word (and worse).
"Life" also has severe pacing problems, as it often has a tendency to be marginally entertaining one minute, and then brain-numbingly dull and misguided the next. This major problem probably owes itself to the fact that there is no story arc to the film, nor is there much of a "story" to begin with. Sure, we follow Claude and Ray through an epic 60 years, but not much really happens in those years, and, at one point, a whole 28 years passes by within a two-minute montage! The only good thing about that is I knew the sooner Murphy and Lawrence began to get their faces more heavily applied with "old man" make up, the sooner it would be over.
Eddie Murphy and Martin Lawrence are strong presences throughout, and have at least fairly substantial material to work with. Murphy, especially, rolls things off his tongue at such a rapid rate that it is usually very humorous, and apparent that fellow comic actor Chris Tucker is only imitating him. Lawrence, meanwhile, portrays the more touching of the two characters as he is most affected by the prison experience and sees many of his future plans ultimately shot down, including his love relationship with a fetching young woman (Lisa Nicole Carson). Come to think of it, maybe the movie should have simply been retitled "Eddie and Martin," as written right above the "Life" title on the poster. The movie focuses so much on the two that the rest of the many characters are either sorely underused or come off as mere afterthoughts.
Aside from the two central actors, also making an impression is the music score by Wyclef Jean, making his film scoring debut. It is clear that Jean worked very hard on the music to make it effective and put in precisely the right place, and it admittedly does work.
 Sure, they've hung on to each other's friendship, but that's not enough for me to walk out of the theater singing a happy tune. Honestly, not only did the film turn out to be a downer for me, but as I write this a mere eighty minutes after seeing it, much of the film has already exited my long-term-memory. After the disasterous "Dr. Dolittle," the well-meaning misfire, "Holy Man," and the mediocre, forgettable "Life," perhaps Murphy should begin to choose his feature film projects a little more wisely. After all, as this movie can certainly attest to, life is short.
- Copyright 1999 by Dustin Putman Http://hometown.aol.com/FilmFan16/index.html
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
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Related links: index of all rec.arts.movies.reviews reviews


Synopsys Netlist Linker, version comp201509p1, Build 145R, built Dec 9 2015 @N: : | Running in 64-bit mode File C:\Users\chris\OneDrive\HW_Projects\FuncGen\SynthesizerFiles\FunctionGen\FunctionGen_Implmnt\synwork\FunctionGen_comp.srs changed - recompiling At syn_nfilter Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 68MB peak: 69MB) Process took 0h:00m:01s realtime, 0h:00m:01s cputime Process completed successfully. # Tue Aug 29 18:17:11 2017 ###########################################################]


Endogenous Mixture Game Equilibria¶
This walks through the process of computing the equilibria for an arbitrary mixture between two games. For this purpose, we we only care about the mixture ratio between the two games, and the payoff to a single player for deviating to strategy when every other agent mixes according to mixture , which we’ll denote and respectively. This derivation is for the symmetric case where , but the extension is role-symmetry is trivial. The shorthand indicates the derivative of with respect to (), and following similar patterns, capital letters are matricies, bold lowercase letters are vectors, and regular lowercase letters are scalars.
For the game where each payoff is fraction of the payoff from game and fraction from game , the deviation payoff is simply , which we can differentiate easily:
If is an equilibrium mixture of game , then for every pair of strategies with support () that , which also implies . independent pairs of strategies can chosen to generate independent equalities of the form:
A simple choice of pairs is . The final equation keeps the equilibrium mixture a mixture, . If we take the strategies as indices from to and use the pairs suggested, this can be represented as the matrix equation:
This final equation represents the derivative of the components of an equilibrium mixture with support in a game. Given an equilibrium of a , equilibria of nearby games can be found using numeric ODE solving techniques until either a beneficial deviation exists to a strategy outside of support, or support for a current strategy drops to zero. In the later case, the support can just be dropped, and the technique can progress, in the former, this equilibrium effectively disappears, and a new equilibrium must be found for .
A limitation of this method is that it stops as soon as beneficial deviation exists outside of support. There are papers the project the equilibrium into a space where the equilibria are piecewise continuous, and as a result, may skirt the need to find new equilibria when a beneficial deviation exists outside of support, however, these methods aren’t readily applicable to our circumstances for two reasons.
They parameterize games by subtracting off the expected deviation payoff played against the uniform mixture, which we generally can’t sample because it would imply having complete game data instead of sparse game data.
The projection of the games does not merge arbitrary games and , but instead ones that differ only in the expected payoff to deviating from the uniform mixture, meaning that some aspect of the projection would need to be tweaked in order to work for arbitrary games.


ProgressKit
Swift SDK to visualize your progress based on Apple Reminders.
Getting Started
These instructions will get you a copy of the project up and running on your local machine for development and testing purposes. See usage for notes on how to use the framework in your own app.
Prerequisites
- Xcode 10.2+
- iOS 12+
- Swift 5+
- Carthage
- Jazzy
Installing
Simply install the needed dependencies using Carthage to kick things off:
carthage bootstrap --platform iOS
That’s it. Happy Hacking!
Use in your own app
Simply add ProgressKit as Carthage dependency to use it in your own app. To do so, add the following line to your Cartfile
:
github "Progress4Apple/ProgressKit" ~> 1.0
Don’t forget to also add the built libraries in Xcode! See Adding frameworks to an application
in the Carthage documentation for further details:
ProgressKit.framework
FLAnimatedImage.framework
GiphyCoreSDK.framework
Documentation
For detailed instructions on how to use ProgressKit in your app, visit its SDK documentation at https://sdk.progress.rocks.
Built With
- Giphy - The GIPHY Core SDK is a wrapper around the GIPHY API
- FLAnimatedImage - Performant animated GIF engine for iOS
- Jazzy
Contributing
Questions and Pull Requests are always welcome. Feel free to submit as you see fit!
Versioning
We use SemVer for versioning. For the versions available, see the tags on this repository.
Authors
- Marco Betschart - Initial work - @marbetschar
See also the list of contributors who participated in this project.
License
This project is licensed under the MIT License - see the LICENSE file for details


CSPICE_RECPGR converts rectangular coordinates to
planetographic coordinates.
Given:
body the body name with which the planetographic coordinate
system is associated, optionally, you may supply the
integer ID code for the object as an integer string,
i.e. both 'MOON' and '301' are legitimate strings that
indicate the Moon is the target body
[1,c1] = size(body); char = class(body)
or
[1,1] = size(body); cell = class(body)
rectan the array(s) containing the rectangular coordinates of the
position or set of positions.
[3,n] = size(rectan); double = class(rectan)
re the value describing equatorial radius of the body
of interest.
[1,1] = size(re); double = class(re)
f the value describing flattening coefficient of the body,
a dimensionless value defined as:
equatorial_radius - polar_radius
--------------------------------
equatorial_radius
[1,1] = size(f); double = class(f)
the call:
[ lon, lat, alt ] = cspice_recpgr( body, rectan, re, f)
returns:
lon the value(s) describing the planetographic longitude of the
input point.
[1,n] = size(lon); double = class(lon)
This is the angle between the prime meridian and the meridian
containing 'rectan'. For bodies having prograde (aka
direct) rotation, the direction of increasing
longitude is positive west: from the +X axis of the
rectangular coordinate system toward the -Y axis.
For bodies having retrograde rotation, the direction
of increasing longitude is positive east: from the +X
axis toward the +Y axis.
The earth, moon, and sun are exceptions: planetographic
longitude is measured positive east for these bodies.
The default interpretation of longitude by this
and the other planetographic coordinate conversion
routines can be overridden; see the discussion in
Particulars below for details.
'lon' is output in radians. The nominal range of 'lon' is
given by:
0 < lon < 2*pi
-
However, round-off error could cause 'lon' to equal 2*pi.
lat the value(s) describing the planetographic latitude of the
input point.
[1,n] = size(lat); double = class(lat)
For a point P on the reference spheroid, this is the angle
between the XY plane and the outward normal vector at
P. For a point P not on the reference spheroid, the
planetographic latitude is that of the closest point
to P on the spheroid.
'lat' is output in radians. The range of 'lat' is given
by:
-pi/2 < lat < pi/2
- -
alt the value(s) describing the altitude above the
reference spheroid.
[1,n] = size(alt); double = class(alt)
'lon', 'lat', and 'alt' return with the same vectorization
measure, N, as 'rectan'.
Any numerical results shown for this example may differ between
platforms as the results depend on the SPICE kernels used as input
and the machine specific arithmetic implementation.
%
% Load a PCK file containing a triaxial
% ellipsoidal shape model and orientation
% data for Mars.
%
cspice_furnsh( 'standard.tm' )
%
% Example 1: convert a single set of bodyfixed
% coordinates to planetographic
% coordinates.
%
% Look up the radii for Mars. Although we
% omit it here, we could check the kernel pool
% to make sure the variable BODY499_RADII
% has three elements and numeric data type.
% If the variable is not present in the kernel
% pool, cspice_bodvrd will signal an error.
%
body = 'MARS';
radii = cspice_bodvrd( body, 'RADII', 3 );
%
%
% Calculate the flatness coefficient. Set a bodyfixed
% position vector, 'x'.
%
re = radii(1);
rp = radii(3);
flat = ( re - rp ) / re;
x = [ 0.0,
-2620.678914818178,
2592.408908856967 ];
%
% Do the conversion.
%
[lon, lat, alt] = cspice_recpgr( body, x, re, flat );
%
% Output.
%
disp( 'Scalar:' )
disp(' ')
disp( 'Rectangular coordinates in km (x, y, z)' )
fprintf( '%9.3f %9.3f %9.3f\n', x' )
disp( 'Planetographic coordinates in degs and km (lon, lat, alt)' )
fprintf( '%9.3f %9.3f %9.3f\n', lon *cspice_dpr() ...
, lat *cspice_dpr() ...
, alt )
disp(' ')
%
% Example 2: convert a vectorized set of bodyfixed coordinates
% to planetographic coordinates
%
% Define an array of body-fixed 3x1 arrays.
%
x = [ [ 3396.190; 0.000 ; 0.000 ], ...
[ -3396.190; 0.000 ; 0.000 ], ...
[ -3406.190; 0.000 ; 0.000 ], ...
[ -3406.190; 0.000 ; 0.000 ], ...
[ 0.000 ; -3396.190; 0.000 ], ...
[ 0.000 ; 3396.190; 0.000 ], ...
[ 0.000 ; 0.000 ; 3376.200 ], ...
[ 0.000 ; 0.000 ; -3376.200 ], ...
[ 0.000 ; 0.000 ; 0.000 ] ];
%
% Using the same Mars parameters, convert the 3-vectors to
% planetographic.
%
[ lon, lat, alt] = cspice_recpgr( body, x, re, flat );
disp('Vector:')
disp(' ')
disp( ['rectan(1) rectan(2) rectan(3)' ...
' lon lat alt'] )
disp( ['---------------------------------' ...
'------------------------------------'] )
%
% Create an array of values for output.
%
output = [ x(1,:); x(2,:); x(3,:); ...
lon*cspice_dpr; lat*cspice_dpr; alt ];
txt = sprintf( '%9.3f %9.3f %9.3f %9.3f %9.3f %9.3f\n', ...
output);
disp( txt )
%
% It's always good form to unload kernels after use,
% particularly in MATLAB due to data persistence.
%
cspice_kclear
MATLAB outputs:
Scalar:
Rectangular coordinates in km (x, y, z)
0.000 -2620.679 2592.409
Planetographic coordinates in degs and km (lon, lat, alt)
90.000 45.000 300.000
Vector:
rectan(1) rectan(2) rectan(3) lon lat alt
---------------------------------------------------------------------
3396.190 -0.000 0.000 0.000 0.000 0.000
-3396.190 -0.000 0.000 180.000 0.000 0.000
-3406.190 -0.000 0.000 180.000 0.000 10.000
-3406.190 -0.000 0.000 180.000 0.000 10.000
0.000 -3396.190 0.000 90.000 0.000 0.000
-0.000 3396.190 0.000 270.000 0.000 0.000
0.000 -0.000 3376.200 0.000 90.000 0.000
0.000 -0.000 -3376.200 0.000 -90.000 0.000
0.000 0.000 0.000 0.000 90.000 -3376.200
Given the planetographic coordinates of a point, this routine
returns the body-fixed rectangular coordinates of the point. The
body-fixed rectangular frame is that having the X-axis pass
through the 0 degree latitude 0 degree longitude direction, the
Z-axis pass through the 90 degree latitude direction, and the
Y-axis equal to the cross product of the unit Z-axis and X-axis
vectors.
The planetographic definition of latitude is identical to the
planetodetic (also called "geodetic" in SPICE documentation)
definition. In the planetographic coordinate system, latitude is
defined using a reference spheroid. The spheroid is
characterized by an equatorial radius and a polar radius. For a
point P on the spheroid, latitude is defined as the angle between
the X-Y plane and the outward surface normal at P. For a point P
off the spheroid, latitude is defined as the latitude of the
nearest point to P on the spheroid. Note if P is an interior
point, for example, if P is at the center of the spheroid, there
may not be a unique nearest point to P.
In the planetographic coordinate system, longitude is defined
using the spin sense of the body. Longitude is positive to the
west if the spin is prograde and positive to the east if the spin
is retrograde. The spin sense is given by the sign of the first
degree term of the time-dependent polynomial for the body's prime
meridian Euler angle "W": the spin is retrograde if this term is
negative and prograde otherwise. For the sun, planets, most
natural satellites, and selected asteroids, the polynomial
expression for W may be found in a SPICE PCK kernel.
The earth, moon, and sun are exceptions: planetographic longitude
is measured positive east for these bodies.
If you wish to override the default sense of positive longitude
for a particular body, you can do so by defining the kernel
variable
BODY<body ID>_PGR_POSITIVE_LON
where <body ID> represents the NAIF ID code of the body. This
variable may be assigned either of the values
'WEST'
'EAST'
For example, you can have this routine treat the longitude
of the earth as increasing to the west using the kernel
variable assignment
BODY399_PGR_POSITIVE_LON = 'WEST'
Normally such assignments are made by placing them in a text
kernel and loading that kernel via cspice_furnsh.
The definition of this kernel variable controls the behavior of
the CSPICE planetographic routines
cspice_pgrrec
cspice_recpgr
For important details concerning this module's function, please refer to
the CSPICE routine recpgr_c.
MICE.REQ
-Mice Version 1.0.2, 01-DEC-2014, EDW (JPL)
Edited I/O section to conform to NAIF standard for Mice documentation.
-Mice Version 1.0.1, 30-DEC-2008, EDW (JPL)
Corrected misspellings.
-Mice Version 1.0.0, 22-JAN-2008, EDW (JPL)
convert rectangular to planetographic coordinates
|


{% extends "site_base_wagtail.html" %} {% load staticfiles %} {% load wagtailcore_tags %} {% load sitetree %} {% load i18n %} {% block body_class %}template-blogpage{% endblock %} {% block head_title %}{{ page.title }}{% endblock %} {% block body %} {% block content %} {% include "cms_pages/content_page_header_panel.html" %}
{{ main }}
{% if bad_token and request.user.is_authenticated %}You are already logged in. If you saw this issue whilst attempting to log in, you can to go to the Dashboard and continue using the site.
{% endif %} {% if no_referer %}{{ no_referer1 }}
{{ no_referer2 }}
{% endif %} {% if no_cookie %}{{ no_cookie1 }}
{{ no_cookie2 }}
{% endif %} {% if DEBUG %}Reason given for failure:
{{ reason }}{% endif %}
In general, this can occur when there is a genuine Cross Site Request Forgery, or when Django's CSRF mechanism has not been used correctly. For POST forms, you need to ensure:
request
to the template's render
method.{% templatetag openblock %} csrf_token
{% templatetag closeblock %}
template tag inside each POST form that
targets an internal URL.CsrfViewMiddleware
, then you must use
csrf_protect
on any views that use the csrf_token
template tag, as well as those that accept the POST data.You're seeing the help section of this page because you have DEBUG =
True
in your Django settings file. Change that to False
,
and only the initial error message will be displayed.
You can customize this page using the CSRF_FAILURE_VIEW setting.
{% else %}{{ more }}
{% endif %}


|
BF
|
Go to the source code of this file.
Functions | |
| bf_simplenews_form_simplenews_admin_category_form_alter (&$form, $form_state) | |
| bf_simplenews_newsletter_submit ($form, &$form_state) | |
| bf_simplenews_node_insert ($node) | |
| bf_simplenews_node_update ($node) | |
| bf_simplenews_update_subscriptions ($tid, $only_unsubscribe=FALSE, $only_member=FALSE) | |
| bf_simplenews_form_simplenews_node_form_alter (&$form, &$form_state, $form_id) | |
| bf_simplenews_simplenews_node_form_validate ($form, &$form_state) | |
Variables | |
| const | ALTERNATE_MEMBER_ROLE_ID 19 |
| const | EDITOR_ROLE_ID 20 |
Synchronize user subscriptions based on user roles membership.
Each newsletter consists of a list of roles to automatically subscribe/unsubscribe.
Definition in file bf_simplenews.module.
| bf_simplenews_form_simplenews_admin_category_form_alter | ( | & | $form, |
| $form_state | |||
| ) |
Implements hook_form_FORM_ID_alter().
Add our settings to the newsletter add/edit settings page.
Definition at line 17 of file bf_simplenews.module.
| bf_simplenews_form_simplenews_node_form_alter | ( | & | $form, |
| & | $form_state, | ||
| $form_id | |||
| ) |
Implements hook_form_alter().
Definition at line 200 of file bf_simplenews.module.
| bf_simplenews_newsletter_submit | ( | $form, | |
| & | $form_state | ||
| ) |
Forms API callback; additional submit handler for newsletter form.
Every submit leads to a resync.
Definition at line 48 of file bf_simplenews.module.
| bf_simplenews_node_insert | ( | $node | ) |
Implements hook_node_insert().
Definition at line 72 of file bf_simplenews.module.
| bf_simplenews_node_update | ( | $node | ) |
Implements hook_node_update().
Definition at line 85 of file bf_simplenews.module.
| bf_simplenews_simplenews_node_form_validate | ( | $form, | |
| & | $form_state | ||
| ) |
Validate Simple news node form
Definition at line 207 of file bf_simplenews.module.
| bf_simplenews_update_subscriptions | ( | $tid, | |
$only_unsubscribe = FALSE , |
|||
$only_member = FALSE |
|||
| ) |
API function
A function that synchronizes users and newsletter categories according to user roles.
Definition at line 102 of file bf_simplenews.module.
| const ALTERNATE_MEMBER_ROLE_ID 19 |
Definition at line 9 of file bf_simplenews.module.
| const EDITOR_ROLE_ID 20 |
Definition at line 10 of file bf_simplenews.module.


Posted for OS Project Fall 2018
We used the following devices and sensors:
The number of motors and sensors available was limited by the number of ports and by the architecture itself, as adding too many components would yield serious issues in terms of mobility, speed and precision.
For instance, we noticed that if the robot was particularly heavy the wheel’s axel would be deformed as a consequence, yielding problems such as impossibility to maintain a certain direction precisely or causing the robot to turn slightly left or right when the motors were started.
Moreover, we rapidly went to a simple and efficient solution : using a catapult to throw the balls. We used UML to deisgn our robot.
Here is a use case diagram :
Moreover, we noticed that the motors would be more
imprecise when it came to turn left or right if the weight over the wheels
wouldn’t be evenly distributed. In order to solve these problem we tried
several architectures until we achieved a satisfying one.
The adopted architecture allows to distribute the weight in a more even way
between the two wheels and the metal ball, with respect to the center of mass of
the ev3dev block and as the distance between them is approximately the same.
Also, stability is greatly improved by placing the ev3dev board in the centerd
line at the front of the robot, with respect to the axel.
This choice also allowed us to use all the available ports and to connect the color sensor
and the motor placed in the front for the catapult. Lastly, the ultrasonic sensor was mounted
in the front just under the ev3c block in order to have a clear area in front of it.
Thus we could detect with a better precision the objects arount the robot.
In order to grab a ball, the robot just have to make a 180° round. The gyroscope was placed
on top of the main structure where it is the most stable and rigid structure in order to avoid improper movements
of the gyrospcope, close to the brick itself since we noticed that this reduced vibrations and increased precision.
Placing the wheels in the front and the metal ball in the back allowed us to greatly mitigate the problem of imprecision of turning, as they now occupy a central position . Hence unwanted torques are minimized when turning, resulting in a higher precision.
The third big motor was used to turn the axle connected to two LEGO
mechanical arms mounted in the back.
This mechanism was exploited in order to hold and release the non movable object within the arena. This motor is used synchronously with the fourth motor in order to complete the picking up and throwing ball part.
The fourth motor was placed at the top, in order to allow the rotation of the catapult. This motor is essential. It turns rapidly and permit the robot to throw the ball 30-40 cm away from the robot . This motor opens the catapult'arm before picking up ball. Then it turns in reverse sense in order to get back at the starting position. Finally the third motor turns once again so that the ball falls in the catapult'arm. The catapult's motor turns again in order to throw the ball.
The gyroscope was mounted on top of the robot, on a stable place. We used it for recalibration purposes and in order to make the robot turn to a certain angle with a good precision For instance, we used the gyroscope to associate a certain angle to each ultrasonic sensor reading.
The ultrasonic sensor was used to scan the area from one side to another in order to detect the ball and the walls, borders and in order to locate the ball to get. Although the sensor is in principle capable of measuring distances up to 250 cm, after careful testing we realized that, past 20 cm, the sensor is not reliable any longer. This issue was most likely due to echoes from corner which would confound the sensor at distances larger than 20 cm.
We decided to make the robot stop when the distance was reached and the ball was detected by the color sensor.
After this, the robot moves backward in order to make sure that it won’t bump into additional walls or obstacles which may be around.


I am from Glens Falls and my major at Suny ACC is Information Technology with an emphasis in app development. Currently I have a degree in Graphic Arts. I currently work in IT as a helpdesk technician. Some of my hobbies include building custom computers,fixing devices, and working on graphic desigs. My plans when I leave ACC is to attend a 4 year college and become a Software Engineer or maybe a Web Developer I'm not quite sure yet. I greatly enjoy figuring out how things work!
Newegg.com is a site where you can find computer parts as well as networking devices. I use this as a place to build out custom computers for clients.
Ifixit.com is a great site to teach you how to fix your own devices as well as give you a better understanding how your devices work.
Affinity is a great alternative to Adobe illustration software. I use it to make logos pixel art and game art.
This is why I'm broke is a website with a lot of weird gadgets that can go from cheap to extremely expensive it is quite enjoyable to just go through all of the things there from a simple drone to a full on jetpack
Udemy is a website with a lot of learning videos that you can purchase on just about anything. I find it quite extensive when using it to learn more about computer hardware, graphics, or coding.
Good old youtube, here you will find most of the videos on the Internet on literally anything. I find it to be a good place to find instructional videos from time to time. Or I just use it as my background noise as I do other things.


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The framework is designed to build web pages for presentation on the web browser.
Under the hood it has java, spring framework, tools for building presentations layers from xml and json and services that can reach out to other resources.
On top of this, larger teams can add java and javascript developers to build more complex backend and frontend systems.
The framework encourages component page development, making it easier to build and manage large projects. It also fits in with other front end frameworks such as Angular, React and NodeJs - building json feeds from the server and standardising and normalising the data content from the backend.


JJButtonAnimationStyle
@objc
public enum JJButtonAnimationStyle : Int
Button animation style
-
Rotate button image to given angle.
Declaration
Swift
case rotation
-
Transition to given image.
Declaration
Swift
case transition


MOLOCH 2: This Time It's Personal
- Every player has a two-way relation with every other player, in which they can Cooperate or Defect.
- Check the boxes in your row to switch your stance between Cooperate and Defect. (A checked box or a red cell indicates Defect.)
- Every millisecond,
- a Cooperate/Cooperate relation generates 2 points for each of the involved players;
- a Cooperate/Defect relation generates 0 points for the cooperator, 3 for the defector, and 1 for MOLOCH; and
- a Defect/Defect relation generates 1 point for each involved player and 2 points for MOLOCH.
- The game has a constant probability of ending at any moment, with an average length of 1 minute.
- At the end, whoever has the highest score wins (even if it's MOLOCH).


Email index
This is an experimental index of the email that I send to the PIRCS (ESSL) members. This will soon be searchable as well so that if you have a need to look at anything old that I have sent you will find it here.
take care
doug
message1.html:Subject: major failure of one of
the server 9 gig drives
message2.html:Subject: drive failure update
message3.html:Subject: drive update
message4.html:Subject: The morning traffic
report
message5.html:Subject: update
message6.html:Subject: NFS


Christmas on the beach, Christmas in July.
We all know when Christmas is, right? Late in December, just after the beginning of winter, when it's always covered in snow, right? Wrong! Christmas happens in the summer, too. It's true, some people just can't wait to get into the Christmas Spirit. So they decide to celebrate Christmas right there in the middle of July. Great concept, no?
This will often serve as the premise for Christmas Episodes in which the show takes place primarily in the summer. All the same plots, motifs, and messages of all other Christmas Episodes will still be present. In fact, expect all the characters to completely forget that it isn't actually Christmas at all.
There is some Truth in Television, as mentioned by That Other Wiki. Most holiday TV specials and movies are filmed during the summer season (so you're sweating like a pig...), and some stores do offer Christmas In July sales to get rid of all their old Christmas stock. The crafting community especially embraces Christmas in July, making all their wreaths, decorations and other Christmas crafts in July to either keep for themselves or sell at craft sales in November.
Of course, in July, less time remains before the next Christmas than how much has passed since the last one.
Of course, in the southern hemisphere, Christmas really does fall in midsummer, so Christmas in Australia is closely related. Some parts of the world, such as Australia but also places such as New Zealand, South Africa, the Falklands and parts of America really do hold Christmas in July celebrations; The first four do so because the weather around July is in midwinter, around the time when the weather is more fitting to the ideas of what a traditional Christmas is in the Northern Hemisphere.
Or with the Preston Sturges film Christmas in July. Compare Christmas Creep, another trope about getting into the holiday spirit early.
Examples:
- hhgregg did a Christmas in July commercial where their mascot, hh, sung the store's latest deals to the tune of "Deck the Halls" while mentioning it's Christmas in July. Based on the end of the commercial, nobody else is celebrating it with him.
- The Czech online store Alza had an advertising campaign called "Summer Christmas", urging people to buy Christmas presents for your loved ones supposedly for lowered prices.
- The second Tenchi Muyo! movie, Daughter of Darkness, has the crew celebrating Mayuka's first Christmas in the summer at the very end of the movie. This was mostly because the Juraian equivalent, Starica, happened at that time. It was also because Mayuka had been reborn after her death at the end.
- The British comic Strangehaven is about a Quirky Town with weird characters and traditions, such as celebrating Christmas in August. The legend is that the dying wish of a little child was to live to see Christmas, so they moved it up to August.
- Variant: in Almost Famous, one of the complaints William's sister raises before leaving home is that their mother celebrates Christmas in September to avoid consumerism.
- The story "Christmas in July" from the horror anthology NightThirst has a homicidal Santa who is inexplicably going about his business in the middle of summer.
- The 1990's Sesame Street Christmas Special Elmo Saves Christmas had Elmo wish it was Christmas every day. When he gets his wish, this trope occurs.
- The 1940 film Christmas in July. Oddly, the plot has nothing to do with the holiday or the phenomenon, though it's arguably the Trope Namer.
- In a later episode of The Avengers (1960s) (with Tara King), John Steed walks into a hostage situation because he is celebrating Christmas in the summer. It turns out he and his friend (whose house the killers have taken over) were in a POW camp in Asia and lost track of the date. Only later did they find out they had celebrated Christmas in summer and decided to make it an annual thing.
- An episode of The Basil Brush Show has Basil make everyone throw a Christmas party for Molly to cheer her up even though it is the middle of summer. As luck would have it, Santa Claus is staying in the same apartment block Basil lives in.
- Cheers: In "A House Is Not a Home", Diane and Sam buy a house. Diane insists on throwing a Christmas-in-May party for the elderly couple they bought it from, much to Sam's irritation.
- Doctor Who: In "The Time of the Doctor", a resident of the planet Trenzalore tells the Doctor it's Christmas. The Doctor tells him "it's July", but both were correct. The town was named Christmas, and it was also July. While visiting, Clara was also in the middle of Christmas celebrations at home. She was literally celebrating Christmas in July.
- Lizzie McGuire: Aaron Carter makes an appearance to shoot a Christmas themed music video in Lizzie's hometown. The Christmas theme is everywhere, even though it is nowhere near Christmas.
- Our Miss Brooks
- In the episode "A Dry Scalp is Better Than None", Mrs. Davis' hypochondriac sister Angela pretends to be dying. Miss Brooks, Mr. Conklin and Mr. Boynton throw her an early Christmas, Angela's favorite holiday.
- In the radio episode "The Telegram", Mrs. Davis' Uncle Corky sends a telegram giving notice that he'll be visiting for a week. A series of missteps leads to the telegram being partially burned, and interpreted as Uncle Corky saying he has a week to live. Miss Brooks, Mrs. Davis, the Conklins and Walter Denton throw Uncle Corky a Christmas party in July.
- Played for laughs in The Pacific, when Leckie returns from the hospital with presents for his friends.
Leckie: Tell Santa whether you've been naughty or nice.Runner: The naughtiest.
- An episode of The Red Green Show has Harold trying to set one up in Possum Lake. Red objects at first, but gets into the act by dressing as Santa and threatening to put Harold on the "naughty" list.
- In The Story of Tracy Beaker, the kids throw a Christmas party for Lol and Bouncer, believing that they are leaving the Dumping Ground, even though it's still summer.
- A literal case happened with The Two Ronnies Christmas Sketchbook. The special was taped in July 2005 because of Ronnie Barker's declining health (he would pass away in October, two months before the special aired).
- On Workaholics the guys celebrate Half Christmas in June, which upsets and annoys everybody around them.
- There is no shortage of instances in any Mock the Week Christmas Episode where the panelists will riff off the fact that they are filming it way earlier than seasonally-appropriate (most of the taping for the show happens in the middle of the year, while the Christmas episode being primarily a bunch of Hilarious Outtakes, cut content and tacked-on Christmas-themed games).
- General Hospital. As Stone Cates was dying of AIDS, his friends brought him a beach party in his hospital room, knowing he was too ill to actually go, and in his final days, arranged a premature Christmas celebration for him (in November, however), as it was very likely that he'd die before the actual day (and indeed he did).
- The majority of Christmas albums are released in the fall, which often means they're being recorded in the spring or summer. This can sometimes make it tricky for the recording artist to get into the "holiday spirit".
- When Elvis Presley recorded Elvis Sings The Wonderful World of Christmas in May 1971, they decorated the recording studio with trees, ornaments and wrapped boxes.
- "Christmas in July" by Sufjan Stevens.
- "The Christmas Song" (often mistakenly called "Chestnuts Roasting on an Open Fire") got its start on a blisteringly hot day in Los Angeles as an exercise in beating the heat. Lyricist Bob Wells wrote down a list of images associated with Christmas in an effort to imagine it was cold outside for a change, which ultimately became the first verse of the song.
- Dr. Demento has a regular "Christmas in July" episode, where he plays novelty Christmas songs in July.
- In Maryland in the summer 2012, radio station 102.7 Jack FM played Christmas music for a week straight.
- Our Miss Brooks: In "The Telegram", Mrs. Davis' Uncle Corky sends a telegram giving notice that he'll be visiting for a week. A series of missteps leads to the telegram being partially burned, and interpreted as Uncle Corky saying he has a week to live. Miss Brooks, Mrs. Davis, the Conklins and Walter Denton throw Uncle Corky a Christmas party in July.
- Dane Cook once did a sketch about being late for work, which included not having enough time to shower, so it became necessary to wear "that fat sweater that holds your stink in," with the excuse, "Hey! This is my Christmas sweater in July!"
- Homestar Runner has Decemberween in July, a series of holiday shorts released in July of 2004. These include a Christmas Episode of Teen Girl Squad, Strong Bad defacing a cheesy children's book about Decemberween, and Marzipan singing a song about "Seasonal Sweaters".
- One Baby Looney Tunes episode saw the kids set up an off-season Christmas in order to get Lola a toy stethoscope she needed in order to play doctor.
- In Back to the Future The Animated Series, the Brown family and Marty decided to visit late 1800's London during Christmas to beat the heat of the present time.
- The Beatles episode "Money" has a scene where the boys are spending their concert take at Coney Island, and Ringo mistakes a mechanical funhouse clown as Santa.
- Ben 10 had a Christmas episode in the middle of summer vacation. It involves the family discovering a portal to some Christmas world and the elves wanting Grandpa Max to be their new Santa.
- Ed, Edd n Eddy: No, not "Jingle Jingle Jangle", but "Fa La La La Ed", in which Ed gets it in his mind that it's Christmas, although it's July. Of course, the idea spreads to the rest of the kids.
- In Garfield and Friends, Garfield pretends it's Christmas at the height of summer to take his mind off the sweltering heat. Jon and Odie join the spirit and decorate the house, confusing the neighbors, who then take it on. This snowballs until almost the entire city falls under the impression that it really is Christmas before City Hall makes an official declaration to the contrary.
- In The Penguins of Madagascar episode "Happy King Julien Day!", Julien proclaims that the zoo will celebrate the biggest holiday of the year. Marlene assumes for a moment that it's Christmas in July, only to remember that it's neither Christmas nor July.
- The second Christmas Special of Phineas and Ferb has the boys decide to put on a traditional Family Christmas Special in the middle of summer.
- The animated Punky Brewster series had an episode called "Christmas In July". Glomer, claiming to know Santa personally, takes Punky and her pals to the North Pole workshop in July only to find Santa's on vacation. The kids manage to flummox Santa's toy-making assembly line, prompting him to return early to set things right.
- Rudolph and Frosty's Christmas in July featured Rudolph the Red-Nosed Reindeer teaming up with Frosty the Snowman to save a struggling circus, and getting tangled up in an evil wizard's scheme to take over the North Pole.
- In the "Rugrats'' episode, "Let it Snow", The Pickles family decide to set up a picture for their Christmas Card in August, which leads the babies to believe that Christmas is coming early. Throughout the episode, the babies try to make it snow. It eventually does end up "snowing" due to Stu's box of laundry soap getting caught in the air conditioner.
- In one episode of the Super Mario World cartoon, Mario and Luigi introduce Christmas to the cave people to stop them from quarreling, despite it being the middle of August. Mario justifies it by saying the cave people don't know any better. Within hours, everyone's adopted 'Cave Christmas', even Bowser and his kids, who attempt a How the Character Stole Christmas on the heroes, forcing Mario and Yoshi to retake the gifts from the Disco Palace.
- The Wishfart episode "Christmas Times the Max" sees Dez grant a wish for exactly this (they even specifically call it "Christmas in July"). However, Santa Claus isn't willing to do his duties in the middle of summer (he says he can't stand heat very well), so he leaves the responsibility of organizing Christmas and doing all of Santa's duties to Dez and his friends.
- Real Life: in the southern hemisphere, the actual Christmas is in the summer.
- Australian ex-pats living in the Northern Hemisphere will do this. One newspaper report had one of them commenting that "December doesn't feel like Christmas at all. It's too cold and snowy."
- Likewise, in the commonwealth countries of the Southern Hemisphere, Christmas in July has been adopted as a way to craft a Christmas celebration in weather conditions similar to those of the Northern Hemisphere's winter.
- Countries such as Brazil at times emphasize how Santa impersonators struggle to wear the hot costume (it's something to use while venturing in the snow, after all) - even a Mall Santa, who is frequently under air conditioning.
- Even warm climates that happen to be in the Northern Hemisphere will do this; even though it's technically winter, it might feel like summer or at least not be all that cold.
- It's been noticed (and criticized) that retailers have been placing their Christmas merchandise (decorations, etc.) out on display earlier and earlier. Christmas merchandise being put out before Thanksgiving without a large amount of fanfare (since Thanksgiving isn't a major merchandising holiday anyway,) but people really started crying foul when Christmas merch and ads for Christmas movies was put out before Halloween, leaving people wondering how many holidays will get swallowed up and whether or not "Christmas in July" sales and actual sales will eventually collide.
- This tends to happen year-round with seasonal merchandise in retail stores like Walmart, Family Dollar, Dollar General et al., with Valentine's Day merchandise in January (and as of recently, late December), St. Patrick's Day decorations in February, Easter decorations in March or late February, Fourth of July merch in June, back-to-school sales in July, Halloween decorations in September, Thanksgiving stuff in October, and Christmas decorations in November.
- Electronics chain Crazy Eddie used to regularly have a Christmas In August sale.
- There are several cases of TV networks running marathons of Christmas specials in July (which is one of the four Sweeps months and thus makes for better ratings). It isn't uncommon for viewers in the USA and the UK to find Christmas specials and Christmas movies dominating certain TV Channels for part of the week in the height of midsummer:
- Cartoon Network did Christmas in July marathons back in the 90's where they'd air a bunch of animated Christmas specials in July. They started doing so again starting in The New '10s.
- Toon Disney did it as well (before Jetix came and ruined everything).
- Canadian channel YTV had a Christmas in July event around 2010.
- TV1 at one point did a marathon of Christmas episodes from Amen, Good Times, The Jeffersons, A Different World, and Living Single.
- Lifetime used to commemorate the 4th of July with a marathon of Christmas movies, eventually expanding it to the entire first week of July.
- This was then taken up by The Hallmark Channel which airs them for the entire month of July and has paired it with Christmas Creep by: (1) Making it as much a phenomenon as their actual Christmastime marathon, including specifically filming movies for this event (in 2017, several movies has a 2017 date, indicating this), (2) Including promos for "Countdown To Christmas" (the actual Christmastime marathon), (3) As of 2018, pushing the start date back to the last few days of June, and (4) Airing a Christmas movie every Thursday and Friday of 2019 to celebrate the Christmastime marathon's upcoming 10th anniversary and doing the same thing in 2020.
- The coronavirus outbreak of early 2020 prompted the channel to run a marathon of movies in mid-March in an effort to boost people's spirits.
- All of the "Shop at Home" channels in the US (QVC, Home Shopping Network) air Christmas in July specials each year. It used to serve a more pragmatic and strategic purpose though. Many companies had long processing and delivery times ("Please allow six to eight weeks for delivery" was their mantra.) Usually when something was ordered in July, it would arrive in September or October, right about the time that Christmas shopping would start to trickle into people's minds.
- British TV tends not to take note of when the Christmas episodes fall in imported American series. So you end up with little inconsistencies like the Christmas episode of Frasier airing in April, or the Barone family in Everybody Loves Raymond celebrating their Christmas in July. This is so that the networks always have plenty of under-watched episodes to put on re-runs, so that the series remains "fresh".
- The 2020 coronavirus pandemic led to several people turning to Christmas movies/music as a source of comfort. Some went so far as to put up their Christmas decorations in March, and Nickelodeon ran their first ever Christmas in July marathon that year.


OpenBangla Keyboard 1.1.0 - Released!
We’re proudly announcing the release of OpenBangla Keyboard version 1.1.0, an Open Source Bengali input method.
The most important news that now you will enjoy writing in phonetic method(Avro Phonetic) with OpenBangla Keyboard as like as with Avro Keyboard!
For moving the Topbar easily we have now added a new button! So it’d be bit easier when moving the Topbar 😀.
In this release we have also imported some keyboard layouts from Avro Keyboard. Now you have got piles of keyboard layouts!
When typing in phonetic mode(Avro Phonetic), you can now select your choice by clicking.
Download the new release from here and see the change log for more details!


---
layout: archive
permalink: /models/
title: "EPN 5.0 Models and Configurations"
author_profile: true
author: "Cisco EPN Team"
---
{% include base_path %}
Service Yang Models
| NSO Service Models | Download Link |
|---|---|
| EPN 5.0 NSO Service Models and Packages | Contact Account Team |
| Configuration | Download Link |
|---|---|
| EPN 5.0 Deployment Models and Configurations | Contact Account Team |


With Tableau, you can easily create beautiful visualizations from your data and share with a click.
Create an account and download either Tableau or Tableau Public v.10+.
Using the web data connector, you can connect Tableau to your data.world account:
Once you are connected to data.world, you can begin choosing data to visualize.
3. Create your visualizations!
Here are a few things you can do with Tableau and data.world:


Hey there! Welcome to my technical blog.
This is where I share what I've learned with the world.
At least, it is in theory. I'm expecting to share a fair deal of how I learned it, too, which is really more interesting anyway. Links to my articles are over there on the left. Enjoy.


Knative v0.5.0 on an OpenShift cluster
| The functionality introduced by Knative on an OpenShift cluster is preview only. Red Hat support is not provided, and this release should not be used in a production environment. |
| This Knative on OpenShift preview is only available by using the OpenShift 4.0 developer preview. You will require a Red Hat Developers login to try this. Visit try.openshift.com for getting started information. |
You will need cluster administrator privileges to install and use Knative on an OpenShift cluster.
Platform |
Supported versions |
OpenShift |
4.0 Developer Preview |
This release includes upstream Knative Serving v0.5.1 , Knative Eventing v0.5.0 , and Knative Build v0.5.0 .
|
| Long-running clusters are not supported in this release. |


#Find and Replace
#Creates output.txt which is a copy of input.txt
#except with 'brown' replace with 'blue'
# open() files for reading and writing
fIn = open('blue.txt', 'r')
fOut = open('brown.txt', 'w')
# fIn and fOut are now Tooltips 'objects', more specifically 'file objects'
# object have attributes, e.g. fIn.mode returns 'r'
# and methods, e.g. fOut.write(str) writes str to fOut
# also, they are 'built in', meaning open() does not have to be imported
for line in fIn:
# 'for x in y'
# where y is any iterable object (file object, array, string, etc)
# and x is the loop variable
# string.replace()
line = line.replace('blue', 'brown')
# file write
fOut.write(line)
# python control structures have no 'end' statement
# the structure ends as soon as the indention reverts
#close the files
fIn.close()
fOut.close()


# Copyright (c) 2021 - present / Neuralmagic, Inc. All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""
Utility functions for working with tensorflow_v1 slim's nets_factory
"""
import functools
import logging
from typing import Callable, Dict
from sparseml.tensorflow_v1.utils import tf_compat as tf
try:
from nets import cyclegan, dcgan, nets_factory
except Exception:
nets_factory = None
dcgan = None
cyclegan = None
logging.warning("TensorFlow slim nets not found in system")
try:
from tensorflow.contrib import layers as contrib_layers
from tensorflow.contrib import slim
except Exception:
slim = None
contrib_layers = None
logging.warning("TensorFlow slim not found in system")
__all__ = [
"get_network_fn",
"get_gan_network_fn",
"get_model_scope",
"mobilenet_v1_arg_scope",
]
def _gans_constructors() -> Dict[str, Callable]:
return {
"cyclegan": cyclegan.cyclegan_generator_resnet,
"dcgan_generator": dcgan.generator,
"dcgan_discriminator": dcgan.discriminator,
}
def _check_slim_availability():
if nets_factory is None or slim is None:
raise ValueError(
"TensorFlow slim not setup in environment, please install first"
)
[docs]def get_network_fn(
name: str,
num_classes: int,
weight_decay: float = 0.0,
is_training: bool = False,
arg_scope_vars: Dict = None,
):
"""
Modified from slim/nets/nets_factory
Returns a network_fn such as `logits, end_points = network_fn(images)`.
:param name: The name of the network.
:param num_classes: The number of classes to use for classification. If 0 or None,
the logits layer is omitted and its input features are returned instead.
:param weight_decay: The l2 coefficient for the model weights.
:param is_training: `True` if the model is being used for training otherwise `False`
:param arg_scope_vars: arg_scope_vars to be passed to the slim arg_scope
:return network_fn: A function that applies the model to a batch of images. It has
the following signature: net, end_points = network_fn(images)
The `images` input is a tensor of shape [batch_size, height, width, 3 or
1] with height = width = network_fn.default_image_size. (The
permissibility and treatment of other sizes depends on the network_fn.)
The returned `end_points` are a dictionary of intermediate activations.
The returned `net` is the topmost layer, depending on `num_classes`:
If `num_classes` was a non-zero integer, `net` is a logits tensor
of shape [batch_size, num_classes].
If `num_classes` was 0 or `None`, `net` is a tensor with the input
to the logits layer of shape [batch_size, 1, 1, num_features] or
[batch_size, num_features]. Dropout has not been applied to this
(even if the network's original classification does); it remains for
the caller to do this or not.
:raises ValueError: If network `name` is not recognized.
"""
_check_slim_availability()
if not arg_scope_vars:
arg_scope_vars = {}
if "gan" in name.lower():
return get_gan_network_fn(name, is_training)
if name not in nets_factory.networks_map:
raise ValueError("Name of network unknown %s" % name)
func = nets_factory.networks_map[name]
arg_scope_vars["weight_decay"] = weight_decay
@functools.wraps(func)
def network_fn(images, **kwargs):
with slim.arg_scope(get_model_scope(name, arg_scope_vars=arg_scope_vars)):
return func(
images, num_classes=num_classes, is_training=is_training, **kwargs
)
if hasattr(func, "default_image_size"):
network_fn.default_image_size = func.default_image_size
return network_fn
[docs]def get_gan_network_fn(
name: str,
is_training: bool = False,
):
"""
Returns network_fn for a GAN sub-model
:param name: The name of the network.
:param is_training: `True` if the model is being used for training otherwise `False`
:return network_fn: Function that will run a gan sub-model
:raises ValueError: If network `name` is not recognized.
"""
_check_slim_availability()
if name not in _gans_constructors():
raise ValueError("Name of GAN network unknown %s" % name)
func = _gans_constructors()[name]
def network_fn(inputs, **kwargs):
if name == "dcgan_generator":
kwargs["final_size"] = 16
return func(inputs, is_training=is_training, **kwargs)
return network_fn
[docs]def get_model_scope(model_name: str, arg_scope_vars: Dict = None):
"""
:param model_name: name of the model to create an arg scope for
:param arg_scope_vars:
:return: arg_scope_vars to be passed to the slim arg_scope
"""
_check_slim_availability()
if arg_scope_vars is None:
arg_scope_vars = {}
arg_scope = nets_factory.arg_scopes_map[model_name](**arg_scope_vars)
if model_name == "mobilenet_v1":
arg_scope = mobilenet_v1_arg_scope(**arg_scope_vars)
return arg_scope
[docs]def mobilenet_v1_arg_scope(
is_training: bool = True,
weight_decay: float = 0.00004,
stddev: float = 0.09,
regularize_depthwise: bool = False,
batch_norm_decay: float = 0.9997,
batch_norm_epsilon: float = 0.001,
batch_norm_updates_collections: tf.GraphKeys = tf.GraphKeys.UPDATE_OPS,
normalizer_fn: Callable = slim.batch_norm if slim else None,
):
"""
Adapted from slim to allow for Xavier initializer
Defines the default MobilenetV1 arg scope.
:param is_training: Whether or not we're training the model. If this is set to
None, the parameter is not added to the batch_norm arg_scope.
:param weight_decay: The weight decay to use for regularizing the model.
:param stddev: The standard deviation of the trunctated normal weight initializer.
:param regularize_depthwise: Whether or not apply regularization on depthwise.
:param batch_norm_decay: Decay for batch norm moving average.
:param batch_norm_epsilon: Small float added to variance to avoid dividing by zero
in batch norm.
:param batch_norm_updates_collections: Collection for the update ops for
batch norm.
:param normalizer_fn: Normalization function to apply after convolution.
:return: An `arg_scope` to use for the mobilenet v1 model.
"""
_check_slim_availability()
batch_norm_params = {
"center": True,
"scale": True,
"decay": batch_norm_decay,
"epsilon": batch_norm_epsilon,
"updates_collections": batch_norm_updates_collections,
}
if is_training is not None:
batch_norm_params["is_training"] = is_training
# Set weight_decay for weights in Conv and DepthSepConv layers.
weights_init = tf.keras.initializers.glorot_normal()
regularizer = contrib_layers.l2_regularizer(weight_decay)
if regularize_depthwise:
depthwise_regularizer = regularizer
else:
depthwise_regularizer = None
with slim.arg_scope(
[slim.conv2d, slim.separable_conv2d],
weights_initializer=weights_init,
activation_fn=tf.nn.relu6,
normalizer_fn=normalizer_fn,
):
with slim.arg_scope([slim.batch_norm], **batch_norm_params):
with slim.arg_scope([slim.conv2d], weights_regularizer=regularizer):
with slim.arg_scope(
[slim.separable_conv2d], weights_regularizer=depthwise_regularizer
) as sc:
return sc


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Javascript Arrays
by: Sefu Kaba
The Numbers
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Languages
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ITB3032 Break Room
Scan to report a paper towel problem
http://picos.bruceatbyu.com/enMotion/
ITB3032


stk.optimization.macromodel module¶
Defines optimization functions which use MacroModel.
-
exception
stk.optimization.macromodel.
_ConversionError
(message)¶ Bases:
Exception
-
exception
stk.optimization.macromodel.
_ForceFieldError
(message)¶ Bases:
Exception
-
exception
stk.optimization.macromodel.
_LewisStructureError
(message)¶ Bases:
Exception
-
exception
stk.optimization.macromodel.
_OptimizationError
(message)¶ Bases:
Exception
-
exception
stk.optimization.macromodel.
_PathError
(message)¶ Bases:
Exception
-
stk.optimization.macromodel.
_com_line
(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9)¶
-
stk.optimization.macromodel.
_convert_maegz_to_mae
(mol)¶ Converts a
.maegz
file to a.mae
file.Parameters: mol ( Molecule
) – The molecule being optimized. The.maegz
file holding its optimized structure is converted to a.mae
file. Both versions are kept.Returns: None Return type: NoneType
-
stk.optimization.macromodel.
_create_mae
(mol, macromodel_path)¶ Creates the
.mae
file holding the molecule to be optimized.Parameters: - mol (
Molecule
) – The molecule which is to be optimized. Its molecular structure file is converted to a.mae
file. The original file is also kept. - macromodel_path (
str
) – The full path of the Schrodinger suite within the user’s machine. For example, on a Linux machine this may be something like'/opt/schrodinger2017-2'
.
Returns: The full path of the newly created
.mae
file.Return type: str
- mol (
-
stk.optimization.macromodel.
_fix_bond_angle_in_com_file
(mol, fix_block)¶ Adds lines fixing bond angles to
.com
body string.All bond angles of the molecule are fixed.
Parameters: - mol (
Molecule
) – The molecule to be optimized. - fix_block (
str
) – The string holding all the lines containing fix commands for the.com
file.
Returns: A string holding lines containg fix commands for the
.com
file. The string has the lines fixing bond angles added to it by this function.Return type: str
- mol (
-
stk.optimization.macromodel.
_fix_distance_in_com_file
(mol, fix_block)¶ Adds lines fixing bond distances to
.com
body string.Only bond distances which do not involve bonds created during assembly are fixed.
Parameters: - mol (
Molecule
) – The molecule to be optimized. - fix_block (
str
) – The string holding all the lines containing fix commands for the.com
file.
Returns: A string holding lines containg fix commands for the
.com
file. The string has the lines fixing bond distances added to it by this function.Return type: str
- mol (
-
stk.optimization.macromodel.
_fix_params_in_com_file
(mol, main_string, restricted)¶ Adds lines to the
.com
body fixing bond distances and angles.For each bond distance, bond angle and torisional angle that does not involve a bond created during assembly a “FX” command is added to the string holding holding the body of the
.com
file.These lines replace the filler line in the main string.
Parameters: - mol (
Molecule
) – The molecule which is to be optimized. - main_string (
str
) – The body of the.com
file which is to have fix commands added. - restricted (
bool
) – WhenFalse
the block containing instructions to fix molecular parameters is not added to the.com
file.
Returns: A string holding the body of the
.com
file with instructions to fix the various bond distances and angles as described in the docstring.Return type: str
- mol (
-
stk.optimization.macromodel.
_fix_torsional_angle_in_com_file
(mol, fix_block)¶ Adds lines fixing torsional bond angles to
.com
body string.All torsional angles of the molecule are fixed.
Parameters: - macro_mol (
Molecule
) – The molecule to be optimized. - fix_block (
str
) – The string holding all the lines containing fix commands for the.com
file.
Returns: A string holding lines containg fix commands for the
.com
file. The string has the lines fixing bond angles added to it by this function.Return type: str
- macro_mol (
-
stk.optimization.macromodel.
_generate_com
(mol, settings)¶ Create a
.com
file for a MacroModel optimization.The created
.com
file fixes all bond parameters which were not added during assembly. This means all bond distances, bond angles and torsional angles are fixed, except for cases where it involves a bond added during assembly of the macromolecule.This fixing is implemented by creating a
.com
file with various “FX” commands written within its body.Parameters: - mol (
Molecule
) – The molecule which is to be optimized. - settings (
dict
) – A dictionary of settings for the optimization. Seemacromodel_opt()
documentation.
Returns: None
Return type: NoneType
- mol (
-
stk.optimization.macromodel.
_generate_md_com
(macro_mol, settings)¶
-
stk.optimization.macromodel.
_kill_bmin
(macro_mol, macromodel_path)¶
-
stk.optimization.macromodel.
_license_found
(output, mol=None)¶ Checks to see if minimization failed due to a missing license.
The user can be notified of this in one of two ways. Sometimes the output of the submission contains the message informing that the license was not found and in other cases it will be the log file. This function checks both of these sources for this message.
Parameters: - output (
str
) – The output from submitting the minimization of the structure to thebmin
program. - mol (
Molecule
, optional) – The molecule being optimized. If the.log
file is not to be checked, the defaultNone
should be used.
Returns: True
if the license was found.False
if the minimization did not occur due to a missing license.Return type: bool
- output (
-
stk.optimization.macromodel.
_macromodel_md_opt
(mol, macromodel_path, settings=None, conformer=-1)¶ Runs a MD conformer search on mol.
Parameters: - mol (
Molecule
) – The molecule who’s structure must be optimized. - macromodel_path (
str
) – The full path of the Schrodinger suite within the user’s machine. For example, on a Linux machine this may be something like'/opt/schrodinger2017-2'
. - settings (
dict
, optional) –Each key is a string describing an MD parameter. The value is the corresponding value. Only values which need to be changed from the default need to be specified. The allowed parameters are:
- ’timeout’ :
float
(default =None
) - The amount in seconds the MD is allowed to run before
being terminated.
None
means there is no timeout. - ’force_field’ :
int
(default =16
) - The number of the force field to be used.
- ’temp’ :
float
(default =300
) - The temperature in Kelvin at which the MD is run.
- ’confs’ :
int
(default =50
) - The number of conformers sampled and optimized from the MD.
- ’time_step’ :
float
(default =1.0
) - The time step in
fs
for the MD. - ’eq_time’ :
float
(default =10
) - The equilibriation time in
ps
before the MD is run. - ’sim_time’ :
float
(default =200
) - The simulation time in
ps
of the MD. - ’max_iter’ :
int
(default =2500
) - The maximum number of iterations done during the optimization.
- ’gradient’ : float (default =
0.05
) - The gradient at which optimization is stopped.
- ’timeout’ :
- conformer (
int
, optional) – The id of the conformer to be optimized.
Returns: None
Return type: NoneType
- mol (
-
stk.optimization.macromodel.
_run_bmin
(macro_mol, macromodel_path, timeout)¶
-
stk.optimization.macromodel.
_structconvert
(iname, oname, macromodel_path)¶
-
stk.optimization.macromodel.
_wait_for_file
(file_name, timeout=10)¶ Stalls until a given file exists or timeout expires.
Parameters: - file_name (
str
) – The full path of the file which should be waited for. - timeout (
int
orfloat
, optional) – The number of seconds before the function stops waiting and returns.
Returns: None
Return type: NoneType
- file_name (
-
stk.optimization.macromodel.
macromodel_cage_opt
(mol, macromodel_path, settings=None, md=None, conformer=-1)¶ Optimizes the molecule using MacroModel.
This function runs a restricted optimization. The structures of the building blocks are frozen and only the new bonds formed between building blocks during assembly are optimized.
This function differes from macromodel_opt in that it checks the number of windows the macro_mol has before running the MD. The MD is only run all windows are found (i.e. the cage is not collapsed).
Parameters: - mol (
Molecule
) – The molecule who’s structure must be optimized. - macromodel_path (
str
) – The full path of the Schrodinger suite within the user’s machine. For example, on a Linux machine this may be something like'/opt/schrodinger2017-2'
. - settings (
dict
, optional) –A dictionary which maps the names of optimization parameters to their values. Valid values are:
- ’restricted’ :
bool
(default =True
) - If
False
then all bonds are optimized, not just the ones created during macromolecular assembly. IfTrue
then an optimization is performed only on the bonds added during molecular assembly. If'both'
then a restricted optimization is performed first, followed by a regular optimization. - ’timeout’ :
float
(default =None
) - The amount in seconds the optimization is allowed to
run before being terminated.
None
means there is no timeout. - ’force_field’ :
int
(default =16
) - The number of the force field to be used.
- ’max_iter’ :
int
(default =2500
) - The maximum number of iterations done during the optimization.
- ’gradient’ :
float
(default =0.05
) - The gradient at which optimization is stopped.
- ’md’ :
bool
(default =False
) - Toggles whether a MD conformer search should be performed.
Only values which need to be changed from the default need to be specified. For exmaple,
macromodel_opt(mol, 'path', {'max_iter' : 10})
- ’restricted’ :
- md :
dict
, optional - A dictionary holding settings for the MD conformer search.
This parameter is used in the same way as settings except
the values effect the MD only. See docstring of
_macromodel_md_opt()
for valid values. - conformer :
int
, optional - The id of the conformer to be optimized.
Returns: None Return type: NoneType
- mol (
-
stk.optimization.macromodel.
macromodel_opt
(mol, macromodel_path, settings=None, md=None, conformer=-1)¶ Optimizes the molecule using MacroModel.
This function runs a restricted optimization. The structures of the building blocks are frozen and only the new bonds formed between building blocks during assembly are optimized.
Parameters: - mol (
Molecule
) – The molecule who’s structure must be optimized. - macromodel_path (
str
) – The full path of the Schrodinger suite within the user’s machine. For example, on a Linux machine this may be something like'/opt/schrodinger2017-2'
. - settings (
dict
, optional) –A dictionary which maps the names of optimization parameters to their values. Valid values are:
- ’restricted’ :
bool
(default =True
) - If
False
then all bonds are optimized, not just the ones created during macromolecular assembly. IfTrue
then an optimization is performed only on the bonds added during molecular assembly. If'both'
then a restricted optimization is performed first, followed by a regular optimization. - ’timeout’ :
float
(default =None
) - The amount in seconds the optimization is allowed to
run before being terminated.
None
means there is no timeout. - ’force_field’ :
int
(default =16
) - The number of the force field to be used.
- ’max_iter’ :
int
(default =2500
) - The maximum number of iterations done during the optimization.
- ’gradient’ :
float
(default =0.05
) - The gradient at which optimization is stopped.
- ’md’ :
bool
(default =False
) - Toggles whether a MD conformer search should be performed.
Only values which need to be changed from the default need to be specified. For exmaple,
macromodel_opt(mol, 'path', {'max_iter' : 10})
- ’restricted’ :
- md :
dict
, optional - A dictionary holding settings for the MD conformer search.
This parameter is used in the same way as settings except
the values effect the MD only. See docstring of
_macromodel_md_opt()
for valid values. - conformer :
int
, optional - The id of the conformer to be optimized.
Returns: None Return type: NoneType
- mol (


Accounts¶
Some quick examples of using Accounts.
Dump All JSON Wallet Balances (in current directory)¶
const fs = require('fs');
const path = require('path');
const ethers = require('ethers');
let provider = ethers.getDefaultProvider();
// Geth
let dirname = path.join(process.env.HOME, '.ethereum', 'keystore');
// Parity (use the name of your chain for chainDirectory, such as "homestead")
//var dirname = path.join(process.env.HOME, '.parity', 'keys', chainDirectory, 'keys');
let filenames = fs.readdirSync(dirname);
filenames.forEach(async function(filename) {
// Get the Wallet JSON
let data = await fs.readFile(path.join(dirname,filename));
// Get the Wallet address
let address = ethers.utils.getJsonWalletAddress(data.toString());
// Look up the balance
let balance = await provider.getBalance(address);
console.log(address + ':' + ethers.utils.formatEther(balance));
});
Sweep an Account into Another¶
This will sweep all the funds from one account’s privateKey and place it in another account, newAddress.
const ethers = require('ethers');
async function sweep(privateKey, newAddress) {
let provider = ethers.getDefaultProvider();
let wallet = new ethers.Wallet(privateKey, provider);
// Make sure we are sweeping to an EOA, not a contract. The gas required
// to send to a contract cannot be certain, so we may leave dust behind
// or not set a high enough gas limit, in which case the transaction will
// fail.
let code = await provider.getCode(newAddress);
if (code !== '0x') { throw new Error('Cannot sweep to a contract'); }
// Get the current balance
let balance = await wallet.getBalance();
// Normally we would let the Wallet populate this for us, but we
// need to compute EXACTLY how much value to send
let gasPrice = await provider.getGasPrice();
// The exact cost (in gas) to send to an Externally Owned Account (EOA)
let gasLimit = 21000;
// The balance less exactly the txfee in wei
let value = balance.sub(gasPrice.mul(gasLimit))
let tx = await wallet.sendTransaction({
gasLimit: gasLimit,
gasPrice: gasPrice,
to: newAddress,
value: value
});
console.log('Sent in Transaction: ' + tx.hash);
});
Coalesce Jaxx Wallets¶
The Jaxx Wallet (for iOS, Android, desktop, et cetera) uses HD wallets on Ethereum the same way as Bitcoin, which results in each transaction being received by a separate address. As a result, funds get spread across many accounts, making several operations in Ethereum impossible.
This short recipe will coalesce all these accounts into a single one, by sending the funds from each account into a single one.
This also results in paying multiple transaction fees (1 fee per account to merge).
@TODO: This is incomplete!!
const ethers = require('ethers');
let provider = ethers.getDefaultProvider();
let mnemonic = "radar blur cabbage chef fix engine embark joy scheme fiction master release";
let hdnode = ethers.utils.HDNode.fromMnemonic(mnemonic);
let hdnode = hdnode.derivePath("m/44'/60'/0'/0");
// @TODO
Access Funds in a Mnemonic Phrase Wallet¶
@TODO: This is incomplete
const ethers = require('ethers');
let walletPath = {
"standard": "m/44'/60'/0'/0/0",
// @TODO: Include some non-standard wallet paths
};
let mnemonic = "radar blur cabbage chef fix engine embark joy scheme fiction master release";
let hdnode = ethers.HDNode.fromMnemonic(mnemonic);
let node = hdnode.derivePath(walletPath.standard);
let wallet = new ethers.Wallet(node.privateKey);
console.log(wallet.address);
// 0xaC39b311DCEb2A4b2f5d8461c1cdaF756F4F7Ae9
// @TODO:
Random Mnemonic¶
Often you may simply want a random mnemonic that is valid. It is important to note that not all random sets of words are valid; there is a checksum included in the binary encoding of the entropy, so it is important to use a method that correctly encodes this checksum.
const ethers = require('ethers');
// All createRandom Wallets are generated from random mnemonics
let wallet = ethers.Wallet.createRandom();
let randomMnemonic = wallet.mnemonic;
const utils = require('ethers/utils');
// Chose the length of your mnemonic:
// - 16 bytes => 12 words (* this example)
// - 20 bytes => 15 words
// - 24 bytes => 18 words
// - 28 bytes => 21 words
// - 32 bytes => 24 words
let bytes = ethers.utils.random(16);
// Select the language:
// - en, es, fr, ja, ko, it, zh_ch, zh_tw
let language = ethers.wordlists.en;
let randomMnemonic = ethers.utils.HDNode.entropyToMnemonic(bytes, language)
Get Transaction History¶
Unfortunately, transaction history is not something that is easy to get. It is not indexed by the blockchain, not by a standard node, “out-of-the-box”. At the time of this recipe, the indices to store the entire history are around 800GB. For Parity you may enable tracing and disable pruning, in which case you can use some of the vendor specific JSON-RPC debug methods.
For many cases, you can probably rely on Etherscan, which dedicates large amounts of resources to tracking and storing this information.
let etherscanProvider = new ethers.providers.EtherscanProvider();
etherscanProvider.getHistory(address).then((history) => {
history.forEach((tx) => {
console.log(tx);
})
});
@TODO: Example of signing and verifying a hash in ethers and in Solidity.


Class: App.Deploy
| Defined in: | app/assets/javascripts/visualisation/App/deploy.js.coffee |
Overview
Class Deploy manages all code for deploying a graph onto openstack.
Instance Method Summary
- - (void) start() Start a deploy
- - (void) deployFailed() Alert the user if the deploy has failed
- - (void) terminateAttachment(server, volume, link) Terminate an attachment from a server to volume
- - (Array) terminateAttachments(list) Generate promises to terminate every attachment in the list passed as a param
- - (void) deployAttachment(server, volume, link) Deploy an attachment
- - (Array) deployAttachments(list) Generate promises to deploy every attachment in the list passed as a param
- - (void) terminateGateway(router, link) Terminate a gateway
- - (Array) terminateGateways(list) Generate promises to terminate every gateway in the list passed as a param
- - (void) deployGateway(router, network, link) Deploy a gateway
- - (Array) deployGateways(list) Generate promises to deploy the list of gateways
- - (void) terminateInterface(subnet, router, link) Terminate an interface
- - (Array) terminateInterfaces(list) Generate promises to terminate multiple interfaces
- - (void) deployInterface(subnet, router, link) Deploy an Interface
- - (Array) deployInterfaces(list) Generate promises to deploy multiple interfaces
- - (void) deployPort(subnet, server, link) Deploy a port
- - (Array) deployPorts(list) Generate promises to deploy multiple ports
- - (void) terminatePort(port) Remove a port
- - (Array) terminatePorts(list) Generate promises to remove multiple ports
- - (Array) terminateNodes(list) Generate promises for each node that needs to be terminated
- - (Array) deployNodes(list) Generate promises for each node that needs to be deployed
- - (void) populateDeployLists(list, deleted, committed) Populate the deleted and committed lists with objects to be deployed
- - (Array) populateLinkLists(list) Calculate what nodes are connected and what they are connected to
Instance Method Details
- (void) start()
Start a deploy
- (void) deployFailed()
Alert the user if the deploy has failed
- (void) terminateAttachment(server, volume, link)
Terminate an attachment from a server to volume
- (Array) terminateAttachments(list)
Generate promises to terminate every attachment in the list passed as a param
- (void) deployAttachment(server, volume, link)
Deploy an attachment
- (Array) deployAttachments(list)
Generate promises to deploy every attachment in the list passed as a param
- (void) terminateGateway(router, link)
Terminate a gateway
- (Array) terminateGateways(list)
Generate promises to terminate every gateway in the list passed as a param
- (void) deployGateway(router, network, link)
Deploy a gateway
- (Array) deployGateways(list)
Generate promises to deploy the list of gateways
- (void) terminateInterface(subnet, router, link)
Terminate an interface
- (Array) terminateInterfaces(list)
Generate promises to terminate multiple interfaces
- (void) deployInterface(subnet, router, link)
Deploy an Interface
- (Array) deployInterfaces(list)
Generate promises to deploy multiple interfaces
- (void) deployPort(subnet, server, link)
Deploy a port
- (Array) deployPorts(list)
Generate promises to deploy multiple ports
- (void) terminatePort(port)
Remove a port
- (Array) terminatePorts(list)
Generate promises to remove multiple ports
- (Array) terminateNodes(list)
Generate promises for each node that needs to be terminated
- (Array) deployNodes(list)
Generate promises for each node that needs to be deployed
- (void) populateDeployLists(list, deleted, committed)
Populate the deleted and committed lists with objects to be deployed
- (Array) populateLinkLists(list)
Calculate what nodes are connected and what they are connected to


Mini Camps
In the summer of 2018, 8 two day mini-camps will be held at 8 different schools in Ukraine.
On the first day, students will be taught basic programming concepts and how to write simple programs using the Scratch programming language. Students will then use MIT App Inventor to develop an Android mobile app.
On the second day, students will be introduced to electronics and robotics using Raspberry Pi’s and mBot kits. Students will work in teams of 3-4 to program their mBots and Pi’s to solve problems and perform tasks.
Additionally, a guest speaker who works in Ukraine’s IT industry will be invited to talk about their profession, how they established their career, and offer advice to students interested in the growing field of IT.
Schools will receive 2 mBots, 2 Raspberry Pi kits, and a project manual to help establish a programming club and use in regular classroom instruction in exchange for hosting a camp.
If you would like your school to be considered as a mini-camp host, please fill out the application form.
Teacher Training
The success and sustainability of this project depends on the involvment of the school’s teachers. The day prior to the camp, teachers will be trained on using the mBot and Raspberry Pi hardware/software. Also, teachers will be provided with a manual containing a variety of lesson activities utilizing these materials that can be used in their curriculum and/or programming clubs.
Eligibility
Eligible schools must demonstrate how they plan to use the equipment to improve IT education in their schools. The schools chosen as hosts will be those that demonstrate the highest commitment to advancing their teaching practices in the field of IT.
Additionally, host schools must agree to provide the following resources:
- Computer Lab (at least 5 computers running Windows 7 or higher)
- Internet Access
- Projector
- IT Teacher
- Translator (preferably PCV Counterpart or student with advanced English skills)
- Lunch for students


[W. B. Yeats' reluctance to have his poetry set to music] was born of his horror at being invited by a certain composer to hear a setting of his Lake Isle Of Innisfree—a poem which voices a solitary man's desire for still greater solitude—sung by a choir of a thousand Boy Scouts.
Peter Warlock, ‘Mr Yeats And A Musical Censorship’, Musical Times, February 1922
When Berlioz was found wandering about the mountains, note-book in hand, sketching his Overture to King Lear, he was arrested as a spy, and his protests that he was not making notes in a secret cipher were received with ridicule by the police. “It is well known”, they said, “that music cannot be composed without a pianoforte.” Berlioz we know could not play the pianoforte. But his case provides no rule and the fact remains that a great deal of music, especially at the present time, is either extemporized at the keyboard or else built up of fragments discovered, more or less fortuitously at the pianoforte and afterwards unskillfully glued together.
Peter Warlock, ‘A Note On The Mind's Ear’, Musical Times, February 1922
Both quotations appear in Peter Warlock : The Life Of Philip Heseltine by Barry Smith (1994)


Macaroons are Cookies with Contextual Caveats for Decentralized Authorization in the Cloud.
They are used, for example, in the
lnd implementation of the Lightning Network.
A
Caveat (or First Party Caveat) is a condition that is either added by the issuer of the
macaroon or the user of the caveat. Because of the used cryptographic one-way function (HMAC), conditions can be added
by anyone holding the macaroon, but nobody can remove any condition.
That way, a user can further restrict the access rights of a macaroon that she obtained (for example, add a condition that
the macaroon is only valid for the next 3 seconds while transmitting it over the internet and therefore restricting
a potential eavesdropper's chance of using a stolen macaroon).
The issuer of the macaroon (who is the holder of the private root key) can verify a signature even if further caveats have
been added.
Third Party Caveats are conditions that have to be met by a third party. For example, a node operator wants
to give all users of her website limited access to her LND node. She would then set up the LND node and the website with a
Shared Key. The LND node would only issue macaroons that have a Third Party Caveat added for the website.
This basically tells the macaroon validator that "this macaroon is only valid if the user can also present a discharge macaroon
from the service
website
".
A user that is logged in to the website would then get a discharge macaroon that basically states "I have been authorized by the
service
website
" and can prove that cryptographically.
When the user wants to connect to the LND node and use its functionality, she would present both macaroons to the node that can
then verify they both are valid, bound to each other and meet all conditions.
Sources, tools and other useful information:


Walks through your blog root figuring out all the categories you have and how many entries are in each category. It generates html with this information and stores it in the $(categorylinks) variable which you can use in your head or foot templates.
This plugin comes with Pyblosxom. To install, do the following:
You can format the output by setting category_begin, category_item, and category_end properties.
Categories exist in a hierarchy. category_start starts the category listing and is only used at the very beginning. The category_begin property begins a new category group and the category_end property ends that category group. The category_item property is the template for each category item. Then after all the categories are printed, category_finish ends the category listing.
For example, the following properties will use
 to open a category,
 to close a category and
 for each item:
py["category_start"] = "
"
py["category_begin"] = "

"
py["category_item"] = (
r'
'
r'%(category)s
')
py["category_end"] = "

"
py["category_finish"] = "
"
Another example, the following properties don’t have a begin or an end but instead use indentation for links and displays the number of entries in that category:
py["category_start"] = ""
py["category_begin"] = ""
py["category_item"] = (
r'%(indent)s'
r'%(category)s (%(count)d)
')
py["category_end"] = ""
py["category_finish"] = ""
There are no variables available in the category_begin or category_end templates.
Available variables in the category_item template:
| variable | example | datatype |
|---|---|---|
| base_url | http://joe.com/blog/ | string |
| fullcategory_urlencoded | ‘dev/pyblosxom/status/’ | string |
| fullcategory | ‘dev/pyblosxom/status/’ | string (urlencoded) |
| category | ‘status/’ | string |
| category_urlencoded | ‘status/’ | string (urlencoed) |
| flavour | ‘html’ | string |
| count | 70 | int |
| indent | ‘ ’ | string |
Plugin is distributed under license: MIT


--- permalink: "/spam-contact/" layout: default title: Home ---
Sorry, it looks like the math question was answered incorrectly so your form submission was marked as spam. Please go back and try again.


Differential responsiveness of the IL-5 and IL-4 genes to transcription factor GATA-3.
Abstract
The cytokines IL-4 and IL-5 are often coordinately produced by Th2 cells as in asthma. However, it is unclear whether similar molecular mechanisms underlie transcription of the two genes. We have previously shown that the transcription factor GATA-3 is expressed in Th2 but not Th1 cells and is crucial for activation of the IL-5 promoter by different stimuli. In a different study, GATA-3 was shown to be sufficient for the expression of IL-4 and other Th2 cytokine genes. Here, we show that ectopic expression of GATA-3 is sufficient to drive IL-5 but not IL-4 gene expression. Also, in Th2 cells, antisense GATA-3 RNA inhibits IL-5 but not IL-4 promoter activation. The induction of IL-5 gene expression by GATA-3 involves high affinity binding of GATA-3 to an inverted GATA repeat in the IL-5 promoter.


|
ENet
v1.3.14
Reliable UDP networking library
|
ENet host management functions. More...
Macros | |
| #define | ENET_BUILDING_LIB 1 |
Functions | |
| void | enet_host_bandwidth_limit (ENetHost *host, enet_uint32 incomingBandwidth, enet_uint32 outgoingBandwidth) |
| Adjusts the bandwidth limits of a host. More... | |
| void | enet_host_bandwidth_throttle (ENetHost *host) |
| void | enet_host_broadcast (ENetHost *host, enet_uint8 channelID, ENetPacket *packet) |
| Queues a packet to be sent to all peers associated with the host. More... | |
| void | enet_host_channel_limit (ENetHost *host, size_t channelLimit) |
| Limits the maximum allowed channels of future incoming connections. More... | |
| void | enet_host_compress (ENetHost *host, const ENetCompressor *compressor) |
| Sets the packet compressor the host should use to compress and decompress packets. More... | |
| ENetPeer * | enet_host_connect (ENetHost *host, const ENetAddress *address, size_t channelCount, enet_uint32 data) |
| Initiates a connection to a foreign host. More... | |
| ENetHost * | enet_host_create (const ENetAddress *address, size_t peerCount, size_t channelLimit, enet_uint32 incomingBandwidth, enet_uint32 outgoingBandwidth) |
| Creates a host for communicating to peers. More... | |
| void | enet_host_destroy (ENetHost *host) |
| Destroys the host and all resources associated with it. More... | |
ENet host management functions.
| #define ENET_BUILDING_LIB 1 |


|
Westlife
|
|
|
World
Of Our Own
|
1.
Queen Of My Heart
2. Bop Bop Baby 3. I Cry 4. Why Do I Love You 5. I Wanna Grow Old With You 6. Evergreen 7. World Of Our Own 8. To Be Loved 9. Drive (For All Time) 10. If You're Hearts Not In It 11. When You Come Around 12. Don't Say It's Two Late 13.  Walk Away 15. Love Crime 16. Imaginary Diva 17. Angel |
|
|
|
|
Coast
To Coast
Edição Especial |
1.
My Love (radio edit)
2. What Makes A Man 3. I Lay My Love On You (single remix) 4. Against All Odds 5. When You're Looking Like That (single remix) 6. Close 7. Somebody Needs You 8. Angel's Wings 9. Soledad 10. Puzzle Of My Heart 11. Dreams Come True 12. No Place That Far 13. You Make Me Feel 14. Loneliness Knows Me By Name 15. Fragile Heart 16. Every Little Thing You Do 17. Uptown Girl (radio edit) 18. I Have A Dream (remix) 19. My Girl 20. En Ti Deje Mi Amor (I Lay My Love On You - single remix) 21. Con Lo Bien Que Te Ves (When You're Looking Like That - single remix) |
|
|
|
|
Coast
To Coast
|
1.
My Love
2. What Makes A Man 3. I Lay My Love On You 4. Against All Odds 5. When You're Looking Like That 6. Close 7. Somebody Needs You 8. Angel's Wings 9. Soledad 10. Puzzle Of My Heart 11. Dreams Come True 12. No Place That Far 13. You Make Me Feel 14. Loneliness Knows Me By Name 15. Fragile Heart 16.
Swear It Again
2.  Flying Without Wings 4. Fool Again 5. No No 6. I Don't Wanna Fight 7. Change The World 8. Moments 9. Seasons In The Sun 10. I Need You 11. Miss You 12. More Than Words 13. Open Your Heart 14. Try Again 15. What I Want Is What I've Got 16. We Are One 17. Can't Lose What You Never Had |


STP_SetBridgePriority
void STP_SetBridgePriority
(
STP_BRIDGE* bridge,
unsigned int treeIndex,
unsigned short bridgePriority,
unsigned int timestamp
);
Summary
Sets the settable priority component - most significant 4 bits - of the BridgeIdentifier
(§13.26.2 in 802.1Q-2018).
Parameters
- bridge
- Pointer to a STP_BRIDGE object, obtained from
STP_CreateBridge.
- treeIndex
- The index of the spanning tree for which bridge priority is to be set. For STP or RSTP,
this must be zero. For MSTP, this must be zero for the CIST, or 1..64 for an MSTI.
- bridgePriority
- A value specifiying the bridge priority. Must be between 0 and 61440 (0xF000 hex), in
steps of 4096 (0x1000 hex).
- timestamp
- A timestamp used for the debug log.
Remarks
Default priority is 32768 (0x8000 hex). This default priority is assigned to a bridge when
it is created with STP_CreateBridge.
The BridgeIdentifier for a given spanning tree is usually represented as
8000.01-02-03-04-05-06 and consists of:
- 4 bits set by this function. These are the most
significant bits.
- 12 bits with the "system ID extension", which for
STP and RSTP
is zero, and for MSTP is populated by the library with the tree index (zero for the CIST,
1..64 for MSTIs)
- 48 bits with the MAC address. These are the least
significant bits, and they are settable with
STP_SetBridgeAddress.
Execution of this function is a potentially lengthy process.
It may call various callbacks multiple times.
This function may not be called from within an STP callback.


Derek Eder
@derekeder
Rauner's all like, oh no my PAC only has $19M!! Better add 2 more
Donation: https://www.illinoissunshine.org/contributions/4407372/
PAC: https://www.illinoissunshine.org/committees/citizens-for-rauner-inc-25185/
3/15/2016, 11:33:55 AM
Favs: 2
Retweets: 1
link


CreatiSign Generator V3.4.2
Twitch Tutorials GitHub Repo Latest Live Version
CreatiSprites
(sprites picker)
CreatiCount
(material counter)
CreatiMap
(map viewer)
CreatiSign Generator V3.4.2
This tool lets you convert images into codes that you can put into Arc Signs in the game Creativerse, free to play on Steam
Check out the CreatiSprites Picker to easily choose and arrange sprites and the CreatiCount Tool to get some help counting materials and their ingredients for your builds!
This generator can be very simple or very complex to use, it has a lot of settings. You can watch my video tutorials on Twitch and you can also read this work-in-progress guide about Arc Sign codes to get further insight about the stuff you'll be dealing with.
Main usage
Select the image you want to convert to CreatiSign code (or drag it onto the file selector at the bottom of this page), then alter the settings as you please and click the "Execute" button.
Once the yellow textareas get filled with codes copy them one at a time and paste them into Arc Signs in the game. You cannot use the mouse to paste in the game, you need to select the Arc Sign content area and use the CONTROL+V keyboard shortcut (COMMAND+V if you're on Mac).
Only tested in Chrome, may work in other browsers. Some settings have additional info in their tooltips (hover on them and wait a little).
Right-hand-side Options (source options)
Once you've loaded an image you can crop it (either using the numeric values or by click and drag in the image preview), rotate, mirror and divide it into different sections (by using the cols / rows values). You can then click on a section to select it to be processed.
You can also force the width of that section to a specific value: this will let you control the width of the final output only when used along with the autosize option disabled; you can also use it to reduce the resolution of the source, but it's not of great use.
If you want particular colors to get converted to transparent type their values (in whatever RGBA format) into the appropriate textbox, separated by a space or anything that isn't an hexadecimal digit. This is a limited feature that only works decently if you have a uniform background, and the matching will be performed against the values produced by the generation code (that is, they will be removed only if they match exactly the values that you'll get in the yellow textareas)
None of these options will be stored across page reloads. Refresh the page to reset them to their default values.
Left-hand-side Options (generation options)
These options decide how to convert the section you have chosen in the right-hand-side interface. The video tutorials and the guide should provide you with more info about these options.
These options will be stored across page reloads. Click twice on the "Reset settings?" button to get the default values back.
Placement Preview Area
The semiopaque square on the bottom-right corner can be hovered to enlarge it and get access to the actual placement of single Arc Signs. More instructions there, hover it and check the green box on its top.
Notes / Links
The image will NOT be sent to any server. You can save this page on your desktop and use it offline too, if you're concerned about that :)
CreatiSign Generator discussion (on Steam forum), Changelog (txt file)
Previous versions: V3.4, V3.3, V3.2, V3.1.BETA, V3, V2.6, V2.5, V2.4, V2.3, V2.2, V2.1, V1