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Tired of Tacos? How about some All-American BBQ?
See More
Sunday Brunch Material.
Get Over the Hangover.


{% extends "base.html" %} {% load i18n %} {% block title %} {{ producer }} Products - Edit {% endblock %} {% block header %} {% include "dojo_include.html" %} {% endblock %} {% block content %}
Price changes will take effect {{ price_change_date }}
| Product | Growing Method | Set By | Price | {% for price in comparative_prices %}|
|---|---|---|---|---|
| {{ price.product.long_name }} | {{ price.product.growing_method }} | {{ price.producer.long_name }} | {{ price.price }} | {{ price.price_range }} |
Nova Scotia Weekly Agriculture Market Price Reports Nova Scotia data taken from Ag Canada
Ag Canada Weekly Price Reports Nova Scotia data from flyers of anonymous suppliers/brokers
Rodale Organic Fruit and Vegetable Price Reports Prices from large wholesale distributors that specialize in organic fruits and vegetables
Organic Agriculture Centre of Canada Outdated info, but may still be useful


When you create a File corruption fault Holodeck does not corrupt the original file, but rather when the Application Under Test attempts to access that file it redirects the Application Under Test to a corrupted version of the file. This is useful because it allows you to corrupt a single file many different ways to test all aspects of file processing.
Please see the following pages for more information on File Corruption:
Create a File Corruption Fault using Random Corruption
Create a File Corruption Fault using Find and Replace
Create a File Corruption Fault with Regular Expressions
To create a file corruption fault click Application > "Create a New File Corruption Faultů" This will bring up the file corruption wizard.
Example of a corrupted file:
The original file remains untouched; Holodeck creates a new file in the Corrupted Files directory, the redirects the application to that file. All changes are stored in an XML file with the same name as the corrupted file.
In the image below a corrupted file has been selected in the Corrupted Files Pane after the application had tried to access it. Holodeck then generated the corrupted file and added an entry in the Corrupted Files Pane. Selecting the corrupted file will load the corrupted file, with all corruption changes highlighted, in the File Corruption Details Pane.


Hi, I'm Lux (like the SI unit for lumens per square metre)!
I'm a PhD student at the Uppsala Social Robotics Laboratory in Sweden.
If we can make AI one with our true needs, we might be able to wield it against existential threats and reshape our Earth—and anywhere else we choose to make home—to be more sustainable, fair, and kind for everyone. I seek to help see this through.
With a background drawing from complexity science, anthropology, space engineering, cognitive science, and computational modeling, my current work is focused on the ethics and diversification of robot identity and mind/body spaces, AI alignment, and the dynamics of social intelligence.
Some other things I've worked on:
- My master's thesis was on getting AI to understand the social factors that foster human cooperation.
- I've analyzed the evolution of entire cultures over millennia to get a better grip on how these society things of ours grow and change in the long-run.
- A project I helped lead went to space (though that one was just for practice).
- I helped create (and currently steward) the world's most complete dataset of archaeological radiocarbon dates so that we can better understand how to care for our own society by understanding what did and didn't work for the societies of our ancestors.


Teen struck, killed by train while taking senior photos along Oregon railroad track
by Michelle Ewing, Cox Media Group National Content DeskTROUTDALE, Ore. - A Union Pacific train struck and killed a 17-year-old boy who was taking senior portraits along an Oregon railroad track Saturday, authorities said.
According to KATU-TV, the deadly incident occurred about 6 p.m. near the intersection of Graham Road and the Historic Columbia River Highway in Troutdale. The Multnomah County Sheriff's Office said the teen, whose name was not released, died at the scene.
In a statement, Union Pacific offered condolences to the victim's loved ones and urged people to avoid train tracks, KOIN-TV reported.
"We plead with parents, students and photographers to not take photos on or near the tracks," the company said.
The investigation is ongoing, officials told the news outlets.
Read more here or here.


In order to achieve a greater understanding of web development I have created a "Top 3" of my favorite websites! For each website I will discuss why I chose the site, a description, site usability, and a my honest opinion.
Kai Prout
My Favorite Websites
Top 3 Websites:
Apple.com
About
Apple Inc. creates some of the best consumer electronics on the market. Their products revolve around simplicity and are known for their high quality. Thankfully, Apple took this approach with their website which provides an extremely user friendly experience by maintaining organization and optimization.
At first glance...
Apple.com has truly pioneered the web. It is a human factors masterpiece! At first glance you are immediately sucked into center screen where Apple places its most notable information. Below are four squares of sub-content that seamlessly match the width of the main content block. At a distance you might be drawn into how artistic the site's design is. Every image seems to be perfectly placed to provide positive emotions.
If I could describe Apple.com in 5 words:
- Visual
- Simple
- Uplifting
- Elegant
- Artistic
Does Apple.com solve ANY problems?
If anything Apple.com provides an excellent example of usability, performance, and marketing with a perfect ratio of text to media content. Moving from page to page is quite easy and the navigation is set up in a tree like hierarchy keeping everything nice and neat.
Apple's content is:
- Visual
- Simple
- Straight-forward
- Balanced
- Quality
Summary
Today, a website reflects the image of a company. After looking through this site there is no wonder why Apple is one of the most respected companies in the world.
Lamborghini.com
About
Automobili Lamborghini... need I say more? Lamborghini produces some of the fastest (most expensive) cars in the world.
At first glance...
Lamborghini's homepage is centered around one large content display. The design is set up to have its "hot" content flip through in a slide-show format which instantly draws the user to the center. The website navigation is on the top left with multiple tabs. When clicking on a tab a bar expands downward to reveal more specific content under the navigational tabs. On all pages the "Home" button is consistently in the top left of the screen along with language options providing great international accessibility.
If I could describe Lamborghini.com in 5 words:
- Dynamic
- Cinematic
- Action-Packed
- Informative
- Freakin_Awesome!!! (I made that one word so it counts, okay? ;) )
Does Lamborghini.com solve ANY problems?
Absolutely not. This site isn't even for potential buyers. This site is more to generate attention than sales.
Lamborghini's content is:
- Visual
- Informative
- Themed
- Lengthy
- Technical
Summary
Lamborghini certainly has one of the most dynamic auto company websites that provides an entire encyclopedia's worth of information about the company and its cars. It is well organized but lengthy and I seem to only visit the website for the visuals and interactive content. In my opinion, Lamborghini.com is one of the best car sites and the No. 1 exotic car site.
Devbootcamp.com
About
Dev Bootcamp is a learning institution that provides a hands-on, intense, and objective course that teaches students Ruby on Rails, HTML5/CSS, and many other advanced web technologies. I am currently enrolled in this school and I am more than excited to be here!
At first glance...
Dev Bootcamp's homepage is very simple, yet beautiful at the same time. It provides the user with a video taking up the first half of the page with navigation tabs on top and text content below. The site has a modern color scheme with a fluid feel.
If I could describe Devbootcamp.com in 5 words:
- Beautiful
- Bold
- Informative
- Modern
- Expected
Does Devbootcamp.com solve ANY problems?
Devbootcamp.com doesn't solve many problems but the school provides a necessity to the tech world. This program allows you to have the opportunity to become a junior RAILS developer and become a great learner which greatly benefits society. The site also answers frequently asked questions, provides alumni statements, a gallery, and much more.
Devbootcamp's content is:
- Informative
- Trustworthy
- Logical
- Short
- Notable
Summary
Dev Bootcamp has an amazing program and I believe it can be a game changer in the educational industry. The website is gorgeous and represents the company's image very well. The visual animations are so smooth that it feels natural. Furthermore, every element appears to be perfectly placed giving a sense of actually being in a classroom at Dev Bootcamp. Great work guys!


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Hurricane Simulation
One of the simulations written lo these many years was a C++ implementation using OpenGL to depict the output of a relatively simple hurricane model (originally written by Michael Drayton based on the work of Holland et al, 1990). This post attempts to outline the steps to porting the simulation to JavaScript/WebGL/three.js.
Models
The models in this case is one of two hurricane models which take as their input the central pressure and calculate the windfield for the hurricane from that single input (as well as known atmospheric properties such as Coriolis, air density, etc.):
- NWS 23 (1979): Meteorological Criteria for Standard Project Hurricane and Probable Maximum Hurricane Windfields, Gulf and East Coasts of the United States
- Holland et. al (1980): An Analytic Model of the WInd and Pressure Profiles in Hurricanes
Both of these models are data-step dependent models in that they accept as input discrete data-step inputs, i.e. pressure in millibars of the eye at specified coordinates at specified points in time. Then the models calculate the windfield of the hurricane at discrete distances and angles from the eye of the hurricane.
This particular implementation provides as input the set of observed central pressures at specied location at regular intervals (typically every siz hours) for the specified hurricane. These data are then interpolated over shorter time frames to provide a more continuous simulation over time and distance. At periodic points in time the data are accumulated to provide statistical descriptions of the windfields over time and space.
Rendering
The rendering of the windfields is done using a variable time-step approach (see Fix Yer Time Step by Glen Fiedler). In this approach, the state of the model (in this case the calculation of the windfield) is done as frequently as possible while the windfield itself is rendered as close to 60 frames per second (FPS) as possible. This isn't strictly needed for this modeling effort since state of the model is invariant - the pressure and location of the eye of the hurricane is known in discete steps, so updating the state of the model really only needs to be done at render time.
Storm Data
The database of storms used in these simulations are the set of storms compiled by NOAA as the hurrdat2 database. This is over 1800 storms from 1861 through 2016. The early storms only have the hurricane track, or set of locations, no pressure data is available. So it is only after WWII that more or less complete prssure data is available and the storms can be used for the simulations.


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World Entry
Scania Group
Tables
Basic Table
Bordered
Filtered
Match Any Column
Filtered Columns
Responsive
Columns Selector
Responsive Cards
Paginated
Apple Tree View
Apple Tree View
This is a basic tree view often used by Apple.


--- layout: post title: "Problem solving strategies" date: 2018-01-28 comments: true archive: true notes: true tags: notes excerpt: Problem solving strategies ---
Problem solving strategies
1.) Analyze the problem:
Analyze the characteristics of the inputs and the desired outputs.
2.) Define the problem using mathematical notation:
Write down the characteristics of the inputs and the desired outputs and the relationship between them.
3.) Develop an algorithm to solve the problem:
Given the inputs the algorithm produces outputs that satisfy the problem definition. Usually involves computing some kind of difference or error.
4.) Measure and evaluate the performance of the algorithm.


http://www.speakers-podium.com/susangranger.
Susan Granger's review of "THE WOOD" (Paramount Pictures)
"The Wood" refers to Inglewood, California, where three friends reminisce about their 13-year friendship on the day when one is about to get married. The story opens as Omar Epps explains, directly into the camera, that his pal, the groom, has turned up missing. Epps and Richard T. Jones are sent to find Taye Diggs, who is drunk at the home of an old girl-friend, overcome with pre-nuptial jitters. As the boyz drive around, trying to sober up Diggs so he can take his wedding vows, they pass various locales around the 'Wood and recall memories from their shared adolescence. That's the simple, somewhat contrived plot and the three actors deliver solid performances. First-time writer-director 25 year-old Rick Famuyiwa evokes a remarkably fresh pop '80s nostalgia, complete with a spinning vinyl record and finger-snapping music. Until now, most African-American films have fallen into one of four categories: "booty" pictures, violent "hood" chronicles, female-oriented comedy/dramas, or serious ghetto stories, aimed at an older audience. This movie is different in that it delves into the honest camaraderie, as well as the various comic aspects of puberty, and its appeal should extend beyond the boundaries of the African-American community. On the Granger Movie Gauge of 1 to 10, "The Wood" is an amusing, appealing 5. In a summer of coming-of-age films, comparisons are inevitable but - while much of the narrative involves a trio of young guys trying to get laid - "The Wood" has little of the gross, vulgar humor of "American Pie." Instead, it opts for good-natured charm, poignancy and sentimentality.
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.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Rob Gronkowski Takes Jab At Jerry Jones For Coddling Cowboys Players In Bad Weather (VIDEO)
by Darrelle LincolnRob Gronkowski is certainly making himself at home since joining FOX’s NFL crew. That was evident during halftime of Sunday’s Dallas Cowboys-New England Patriots game.
With the Patriots up 10-6, the former New England tight end went on to explain why the Patriots are much better suited in bad weather, which is what the team is dealing with in their matchup on Sunday at Gillette Stadium.
He also took aim at owner Jerry Jones for coddling the Cowboys players to play inside a bubble in bad weather.
Gronk isn’t wrong, as the Cowboys are known for practicing indoors at the Ford Center whenever there is bad weather outside.


Spring 2014 CS140 Final Exam - Answers and Grading
James S. Plank
Question 1 - Big O - 10 Points
This question asked you to memorize the definition of Big-O, and apply
it to two concrete functions. If you're studying from this exam, what do
you study for this? You make sure you've memorized the definition of Big-O,
and then you know how to match T(n) and f(n) to a Big-O equation.
Let's recall the definition of Big-O from the lecture notes:
T(n) = O(f(n)) if there exists a constant c such that
c*f(n) >= T(n).
Here, f(n) = n3 and T(n) = 5n3 + 500 log2 (n).
And recall how we define "greater than or equal" with functions:
f(n) is greater than or equal to g(n)
if there is a value x0 so that for all x >= x0:
f(x) >= g(x)
Put them together, and you get I: For all n ≥ x0, cn3
≥ 5n3 + 500 log2 (n).
Now, given that, I'd say choose the largest c and x0, and you're safe.
That's answer J: c = 10, x0 = 1024.
We can prove it though -- for these two constants, you have:
10 (1024)3 = 10 (210)3 = 10 (230).
5 (1024)3 + log2(1024) = 5 (230) + 5,000.
It's pretty clear that the top number is bigger than the bottom, and the function will
be growing faster.
As it turns out, none of the other sets of constants work:
- With A, cn3 is zero.
- In B through D, 5n3 is always going to grow faster than
n3, so that won't work.
- In E through G, the two 5n3 terms are equal, so
cn3 will never be greater than
5n3 + 500 log2 (n).
- In H and I, when n = 2,
5n3 + 500 log2 (n) equals 40+500 = 540, and
10n3 equals 80. Thus, x0 is not big enough yet.
Grading
Five points for Part A and Part B.
I was very liberal with partial credit:
- Part A, you got 2.5 points for "close" answers: A, M, J, K.
- Part A, you got 1 points for "less close" answers: B, C, E, L, N, O.
- Part b, you got 3.5 points for H, and 2.5 for I, G and D.
Question 2 - Linked Lists - 16 points
The point of this question was to test your understanding of how linked lists are
implemented. There are detailed lecture notes for this, plus you implemented this
exact data structure in lab 8, so my hope was that you would be prepared. How do
you study for this? By reading through the lecture notes and making sure you
understand them.
Part A:
At the point of the first cout call, here is the state of the linked list:
So:
- The first line is "B".
- The second line is "C".
- The third line is "D".
The next two statements put the string "X" into the sentinel, and then corrupt p->flink
so that it points to x->flink = p:
So:
- p->flink equals p, so the fourth line is "A".
- y->blink also equals p, so the fifth line is "A".
- y->blink->blink is the sentinel, so the fifth line is "X".
Part B: At the end of main(), the destructor is called on b.
That's where the seg fault occurs. Specifially, the destructor tries to call delete
on every node in the list, but when it gets to p, it follows p->flink and
ends up deleting p twice. On a good day, that's a seg fault.
Some of you said stuff like "you can't access the sentinel because it's protected."
That's a true statement in that my code cannot say "b.sentinel." However, if my code
is passed a pointer to the sentinel (like p->blink),
then my code is free to use it.
Grading
- Line 1: 2 points for B, 0.5 for A or C.
- Line 2: 2 points for C, 0.5 for B or D.
- Line 3: 2 points for D, 0.5 for C or empty string.
- Line 4: 2 points for A, 0.5 for X.
- Line 5: 2 points for A, 0.5 for X.
- Line 6: 2 points for X, 0.5 for A or D.
- 2 points for saying that the seg fault happens in the destructor.
- 2 points for saying that it's because p->flink is pointing to itself.
Question 3 - AVL Trees - 15 points
I solved these by putting the heights in the triangles, and then calculating the
heights of the higher nodes. When I spotted an imbalance, I figured out whether
the imbalance was a zig-zig or a zig-zag, and then did the right rotations:
So:
- Scenario 2 is d (Single rotate about D).
- Scenario 3 is k (Double rotate about J).
- Scenario 4 is f (Single rotate about F).
- Scenario 5 is b (Single rotate about B).
- Scenario 6 is g (Double rotate about F).
Grading
3 points per scenario.
Once again, I was liberal with extra credit:
- Scenario 2: One point for b, c, f, g, e.
- Scenario 3: One point for j, l, n, o.
- Scenario 4: One point for g, d.
- Scenario 5: One point for c, d, f, g.
- Scenario 6: One point for f, d.
Question 4 - Code Analysis - 16 points
The key here is to figure out the big-O complexity of the procedure, and then scale
the time accordingly. The study material for this was the Big-O lecture notes,
the recursion lecture notes,
plus the myriad times in class that we explored how the running time of programs
scaled when we doubled the size of input, or increased it by a factor of ten.
One sanity check for yourselves: if I'm doubling n, and there's
a loop that goes from 0 to n-1, then unless there's something really
crazy, the running time of the program is going to increase by at least a
factor of two. There was nothing crazy here, so the answers of 10 and 11 seconds
couldn't apply to any of the programs.
- Implementation 1:
This is going to be linear in n, so doubling n doubles the time: 20 seconds.
- Implementation 2:
Since v is a set, the insert call throws out duplicates. For that reason, the
set never gets bigger than 10 elements. Each insertion is O(1), and the procedure
will be linear: 20 seconds.
- Implementation 3:
Now we're using a multiset, which keeps duplicates. This means that the multiset grows to
be n elements, which means that Q4 is O(n log n). Now, 22 seconds is a good
guess for that, but you can make it precise:
If n log(n) = 10, then 2n log(2n) = 2n (log(n) + 1) = 2(n log(n)) + 2 = 22.
- Implementation 4:
Straightforward linear: 20 seconds.
- Implementation 5:
As we've seen many times in class, this is O(n2), so doubling the size of input
will increase the running time by 4: 40 seconds.
- Implementation 6:
This one is O(n2) + O(n log n). The quadratic term dominates, so this one is
really O(n2), and the answer is again 40 seconds. You may be tempted to
throw in four seconds for the O(n log n) term, but that is technically incorrect
(you can work out the math).
- Implementation 7: Linear recursion: 20 seconds.
- Implementation 8: Exponential recursion -- when you add one to n, it
doubles the running time. How to figure this out? Try it on four example values of
n: 1, 2, 3 and 4. Q4(n) is going to be called 3, 7, 15 and 31 times in these
four cases. Clearly it doubles when you add 1 to n, so doubling n is going
to make the running time skyrocket. The answer is "over 60 seconds."
Grading
- Implementation 1 2 points for 20, 1.5 for 22.
- Implementation 2 2 points for 20, 1.5 for 22.
- Implementation 3 2 points for 22, 1.5 for 20, 0.5 for 40.
- Implementation 4 2 points for 20, 1.5 for 22.
- Implementation 5 2 points for 40, 1.5 for 44, 0.5 for 22.
- Implementation 6 2 points for 40 or 44.
- Implementation 7 2 points for 20, 1.5 for 22.
- Implementation 8 2 points for > 60.
Question 5 - Sets and Maps - 15 points
I'll let you inhabit my perspective, and read a hand-written answer (mine - click on it to
blow it up):
This is the proper way to solve this problem -- use a map, whose key is the last name, and
whose val is a set of first names. It can be a pointer to a set (in fact, that's better, I
think, than my answer above). When you're done creating the map, then you traverse it and
maintain the last-name with the greatest set size. If you encounter a last-name whose
set size is equal to the greatest, ignore it, because the last name is lexicographically
greater than the current "best" one. When you're done, print out all the first names
that correspond to the last name.
There were some common solutions that y'all gave that were not the way to solve
the problem. I've grouped them into three categories:
STRING/INT MAPS: Quite a few of you tried a structure like the following:
- Maintain a map of last names (keys) and counts of first names (val).
- Maintain a set of first names, which are unique.
- Maybe reset this set whenever you have discovered a new last name with maximal count.
- When you're done, print out the names in the set.
This approach does not work, because you have to keep the association of certain first names
with certain last names. Consider the following example:
{ "John Smith", "John Doe", "Binky Taylor", "Kathy Doe" }
The approach above will do the following:
- "John Smith": Map = { [Smith,1] }, Set = { John }
- "John Doe": Map = { [Doe,1],[Smith,1] }, Set = { John }
- "Binky Taylor": Map = { [Doe,1],[Smith,1][Taylor,1] }, Set = { Binky,John }
- "Kathy Doe": Map = { [Doe,2],[Smith,1][Taylor,1] }, Set = ?
At this point, I don't know what you're going to do with the set to make it right.
The problem is that you've lost the association of first and last names.
STRING/STRING MAPS: Quite a few of you tried a map whose keys are last names and
whose vals are first names. That won't work, because it only holds one first name per last
name. Some of you added a map keyed on first name with vals as last names. That won't work
for the same reason.
MULTIMAPS: Some of you tried to insert last-name/first-name pairs into multimaps,
and then to cull duplicates while traversing the multimaps. That approach can work, but
you need to be super-careful traversing the multimap. I was not leanient on grading this
approach, because the extra care required to make it work is the
reason why it is a poor approach.
Grading
- Five points for the first part.
- Eight points for code structure. The STRING/INT MAPS and STRING/STRING MAPS
approaches got 3 points max, and often less because the code would become really
convoluted. I took off for MULTIMAPS depending on how convoluted (and incorrect) the
subsequent code was.
- Two points for reading input correctly.
- Two points for printing output correctly.
- Three points for the mechanics of sets and maps.


public interface IService
A service has five states: Inactive, Stopped, Active, Starting and Stopping. The initial state of a service is Stopped.
State transition is as follows:
{Stopped|Inactive}-(start)-Starting-{(success)->Active|(fail)->Inactive} Active-(stop)-Stopping->Stopped Inactive-(stop)->Stopped
| Modifier and Type | Field and Description |
|---|---|
static int |
ACTIVE
An
int value representing Active state. |
static int |
INACTIVE
An
int value representing Inactive state. |
static int |
STARTING
An
int value representing Starting state. |
static int |
STOPPED
An
int value representing Stopped state. |
static int |
STOPPING
An
int value representing Stopping state. |
| Modifier and Type | Method and Description |
|---|---|
void |
start()
Starts this service.
|
void |
start(int options)
Starts this service with the specified
options . |
int |
state()
Gets the current state of this service.
|
void |
stop()
Stops this service.
|
void |
stop(int options)
Stops this service with the specified
options . |
void |
update(Map<String,?> properties)
Updates the properties of this service.
|
static final int INACTIVE
int
value representing Inactive state.static final int STOPPED
int
value representing Stopped state.static final int ACTIVE
int
value representing Active state.static final int STARTING
int
value representing Starting state.static final int STOPPING
int
value representing Stopping state.void start() throws Exception
Exception
- thrown if this service failed to startvoid start(int options) throws Exception
options
. It's up to the
service implementation to define its own start options.options
- start optionsException
- thrown if this service failed to startvoid stop()
void stop(int options)
options
. It's up to the
service implementation to define its own stop options.options
- stop optionsvoid update(Map<String,?> properties) throws Exception
properties
- the properties to be updated toException
- if any error occursint state()
Copyright © 2014 JRuyi.org. All rights reserved.


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We are lovely family owned ice cream shop since 1995. Our main goal is make the little kids happy and having an unforgettable icecream. We are located in a lovely community in NW Calagry, Alberta.
Ice cream recipe came to North America 250 years after it was discovered by Christopher Columbus. The most popular flavor of ice cream is vanilla. After it come chocolates, strawberry, cookies n' cream, and others. Ice cream cones were invented during 1904 World's Fair in St.
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CALCULATION TABLE
This is for adding Numbers
Enter your 1st no
Enter your 2nd no
Answer:
This is for multiplying numbers
Enter your 1st no
Enter your 2nd no
Answer:
This is for deviding numbers
Enter your 1st no
Enter your 2nd no
Answer:
This is for finding the square of numbers
Enter your no
Answer:
This is for finding the square root of a number
Enter your No.
Answer:


Tags allow you to affect the output of the code that is written. There are two types of tags inline and block. Inline allows the code to run continuously without structure around it.
Whereas block contains the content within a virtual box with adjustable height and width.
Writing in italics with the EM tag.
HTML code also allows you to turn words into links to other websites or images.HTML & CSS are languages. HTML controls structure.
CSS controls style.


|
lubyk
0.5
|
#include <b2Distance.h>
Public Member Functions | |
| b2DistanceProxy () | |
| void | Set (const b2Shape *shape, int32 index) |
| int32 | GetSupport (const b2Vec2 &d) const |
| Get the supporting vertex index in the given direction. | |
| const b2Vec2 & | GetSupportVertex (const b2Vec2 &d) const |
| Get the supporting vertex in the given direction. | |
| int32 | GetVertexCount () const |
| Get the vertex count. | |
| const b2Vec2 & | GetVertex (int32 index) const |
| Get a vertex by index. Used by b2Distance. | |
Public Attributes | |
| b2Vec2 | m_buffer [2] |
| const b2Vec2 * | m_vertices |
| int32 | m_count |
| float32 | m_radius |
A distance proxy is used by the GJK algorithm. It encapsulates any shape.
Definition at line 29 of file b2Distance.h.
| b2DistanceProxy::b2DistanceProxy | ( | ) | [inline] |
Definition at line 31 of file b2Distance.h.
Get the supporting vertex index in the given direction.
Definition at line 107 of file b2Distance.h.
References b2Dot(), m_count, m_vertices, and value.
Get the supporting vertex in the given direction.
Definition at line 124 of file b2Distance.h.
References b2Dot(), m_count, m_vertices, and value.
Get a vertex by index. Used by b2Distance.
Definition at line 101 of file b2Distance.h.
References b2Assert, index, m_count, and m_vertices.
| int32 b2DistanceProxy::GetVertexCount | ( | ) | const [inline] |
Initialize the proxy using the given shape. The shape must remain in scope while the proxy is in use.
Definition at line 49 of file b2Distance.h.
Definition at line 51 of file b2Distance.h.
Referenced by GetSupport(), GetSupportVertex(), GetVertex(), and GetVertexCount().
Definition at line 52 of file b2Distance.h.
Definition at line 50 of file b2Distance.h.
Referenced by GetSupport(), GetSupportVertex(), and GetVertex().


{% extends "results_base.html" %} {% block content2 %}
| Band | Mag | σ | Modeled/Observed |
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[3.0/4.0]
Most people who have attended a typical American high school will agree that few events are as inconsequential as the student election. The only people who really care are the ones who are running for office, and that because they want to make themselves appear well-rounded when applying to college. When people take the election seriously, as in this film, the politics can be intriguing and darkly humorous.
This year's student council presidential election initially appears to be uneventful, because the only person on the ballot is Tracy Flick (Reese Witherspoon). Not too many people have much interest in the election, but Tracy is not a typical student. She is highly serious, motivated, and driven. Tracy takes everything so seriously that she does not appear to have a clear view of reality. Everything she sees is distorted by her overachiever's view of the world, where people are either allies or rivals.
Tracy is well known and appreciated by the faculty, because she is enthusiastic and involved. However, Tracy has an unusual relationship with Jim McAllister (Matthew Broderick), the history teacher. Underneath the surface of their unremarkable teacher/pupil relationship, they have a source of tension. Besides simply being annoyed by Tracy's overambitious demeanor, Jim also holds her responsible for the breakup of a friend's marriage and the destruction of his career. It so happens that Tracy had an affair with a teacher, a close friend of Jim, which ultimately led to his dismissal although the details of the case never became public. While it may initially appear that there will be a struggle between the obsessive, ruthless Tracy and her wiser, principled teacher, Jim is shown to be a more ambiguous character. A glaring discrepency exists between Jim's lectures on morals and ethics, and how he implements those principles in his personal life.
The story takes an unconventional approach by making neither of the main characters likable. Tracy is cloyingly perky, annoying in her desire to wield power when she can, ruthless and willing to step on others in the pursuit of her own goals. Credit must be given to the screenplay and to Witherspoon for bringing to life such a multi-layered character. Witherspoon deftly keeps Tracy between being too cute, and also keeps her from becoming simply malicious. Although Tracy might not be a likable character, she is not as disagreeable as Jim. While Jim is initially an involved and clearly inspiring teacher, significant flaws in his character soon emerge. Jim's desires eventually drive him to become as ruthless and selfish as Tracy.
The thought that Tracy will easily get what she wants, in terms of becoming the President of the student counsel, bothers Jim. He decides to encourage the injured football player, Paul Metzler (Chris Klein), to also run for president. While Paul does not have the drive and ambition of Tracy, he is a star athlete and a popular student, so Tracy perceives a sudden threat to her desires.
The story ambitiously adds another dimension when Paul's sister Tammy (Jessica Campbell) decides to run to spite her brother for a transgression he is clueless about. Tammy runs on the platform of apathy, saying that if she is elected she will do nothing, and this strikes a chord with a large part of the student body. The election will mean nothing to most students, but it will be cut-throat for a few involved, and will suck in Jim also.
The film is note worthy in the number of characters it develops and the number of subplots it connects. However, it could have done more with the unidimensional Paul. Also, Paul's girlfriend Lisa (Frankie Ingrassia), is given significant screen time, but is never developed beyond existing as a plot device. The remaining characters, however, are all substantially examined and presented believably. The story has one glaring weaknesses, a key development that was a conveniently sloppy mistake, where the offending character will obviously be caught. However, the story as a whole is original and engaging. Because the characters are given so many directions, it is not easy to predict which direction the story will travel. At times the plot has suspense and intrigue, and it is consistently filled with black humor.
Highly recommended. This is an entertaining film which strikes a balance between comedy and drama. It strives to present complete characters, and even succeeds in using main characters that are identifyable, but not likable. The plot is engaging, and although it telegraphs some key events, it still remains engrossing.
(c) 1999 Murali Krishnan The Art House Squatter http://ArtHouseSquatter.com
Sent via Deja.com http://www.deja.com/ Share what you know. Learn what you don't.
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Payslip for the month of March, 2020 |
| Employee Details | |||
|---|---|---|---|
| Name : | Palaparthi Daniel Paul | Employee Code : | RVEMP028 |
| Date Of Birth : | 17-03-1998 | Date Of Joining : | 18-02-2019 |
| Designation : | Systems Engineer | PF Number : | APHYD19582150000010020 |
| Employee Bank : | HDFC | ESI Number : | N/A |
| Bank Account Number : |<PHONE_NUMBER>21768 | PAN Number : | DGMPP6888L |
| Payslip Details | |||
|---|---|---|---|
| Earnings | Amount(₹) | Deductions | Amount(₹) |
| Basic Salary | 12,500 | Provident Fund | 1,500 |
| House Rent Allowance | 5,000 | ESIC | 0 |
| Travel Allowances | 1,600 | TDS | 0 |
| Special Allowances | 4,400 | Professional Tax | 200 |
| Bonus | 0 | Any Other Deduction | 0 |
| Gross Earnings(A) | 23,500 | Gross Deductions(B) | 1,700 |
Net Salary Payable(A-B) : ₹ 21,800
Amount in words : Twenty One Thousand Eight Hundred Rupees Only.
(In Indian Rupees)
| Payment Details | ||||
|---|---|---|---|---|
| Mode of Payment | Date | Employee Bank | Account Number | Amount(₹) |
| NEFT | 03-04-2020 | HDFC |<PHONE_NUMBER>21768 | Twenty One Thousand Eight Hundred Rupees Only |
| *Deductions are as per tax applicable and Company Policy | ||||
|
Real Variable Digital Assetservices Pvt Ltd.190/2RT,H.No.10-3-509, Vijaya nagar colony, Hyderabad-500057, Telangana, India,CIN No.U72900TG2017PTC119270 |


PROJECTS
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References
Bootstrap Grid //
https://getbootstrap.com/docs/4.0/layout/grid/
Google Fonts //
https://fonts.google.com/
Red Stapler, How to Add Loading Animation to Website in 2 Minutes //
https://redstapler.co/add-loading-animation-to-website/
John Hughes, How to Use HTML5 Video to Create Animated Gifs at Smaller File Sizes //
https://www.elegantthemes.com/blog/resources/how-to-use-html5-video-to-create-animated-gifs-at-smaller-file-sizes
Social Media Icon //
https://www.iconsdb.com/white-icons/linkedin-3-icon.html


I had tried mushrooms 2 times before and had nothing but great experiences on it. But this trip would turn out to be not so enjoyable. Me and 2 of my friends decided that it would be a good idea to celebrate the turning of the new millenium with a good mushroom trip. We had all tripped together before so I was comftorable just sitting at home tripping with 2 of my close buds. So anyway we wanted to peak right around mid-night so we figured we should eat them around 11:00. My friend didnt really feel like eating the shrooms so he decided he would make some tea, while me and my other friend would chew them up. We each took around 2.0 grams and had kinda of a lot of tea left over (we ended up sharing this through the rest of the night.)
Within 20 minutes we were already feeling the effects, I immediatly began to see slight visuals. I still felt a little nauseous from the taste of the mushrooms, so we smoked a bowl. It calmed my stomach right away, and I could tell that I was really going to enjoy this trip. The hallucinations were constant now and I had a feeling of being at total peace. Me and my friends just layed in the living room staring at the ceiling for what seemed like an hour. In actuallity it was only around 11:40, the new millenium was approaching! But I just layed there taking in everything that these mushrooms had to offer. The feeling was incredable! I was taking very deep breathes just trying to comprehend all that I was seeing and feeling.
It had just turned 12 and the trip suddenly turned from a visual experience to a mental experience. We sat there talking for a while when I began to feel really overwhelmed by what I was feeling. My mind started to race faster than it ever had before, and I began feeling a little uncomfortable. I had some weed so we decided we should pack a bowl. I was so out of it that I couldn't even handle packing the bowl, I had no choice but to let my friend pack it. We smoked it but unfortunately it didnt help. The thoughts in my head were uncontrollable, I had this urge to just walk out of the room and go to bed. My 2 friends were enjoying there trip, they were 'bonding' much I like I had done in my previous trips, but I felt somewhat left out. I now HATED being there. I just wanted to go to sleep, but my mind was racing way too fast.
By now it was around 1:30am. At around 2:00am my friends sister showed up with about 15 of her friends, they had just returned from a local New Years Eve party. From here my night just got worse. Everyone sat there celebrating the new millenium, but I was unable to enjoy it all. I just sat there staring off into nowhere thinking how bad I wanted to be at home in my own bed. My mind was in such a state of confusion that I was able to hold a conversation with some one, all of my social skills were gone. So everyone pretty much left me to my self. I just sat there for what seemed like days, wishing I could somehow just go home.
Finally at 4:00 in the morning my mind slowed down enough to where I thought I could go to sleep. So I told my friend (whos house it was) that i wanted to go to bed. They both agreed that was a good idea so we went to bed. I layed there for another 1/2 and hour then finally dozed off.
It's hard to explain exactly how I felt, but I'll just say it wasn't an enjoyable occurance.  I always told my self that I would never have a bad trip, but I would definately consider this one. Im not done with mushrooms, I just look at the whole thing as a learning experience.
So just a few final words: don't let this story discourage you from using mushrooms, because it's a great mind expanding drug. Just dont rule out the possability of things not going exactly how you had planned.
Have fun, be safe, and remember theres always sweet Mary-Jane!!...420
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


I was born and raised a Software Engineer spending most of my career as a full-stack web developer and Android app developer, but have since converted into a Data Scientist slash Machine Learning Engineer.
Aside from the languages and technologies below, I have deep experience with standard software development technologies and methodologies such as scrum, git, test-driven development, continuous integration, distributed systems, AWS (Amazon Web Services), GCP (Google Cloud Platform), object-oriented design and analysis, DevOps, Docker.


Air Peace fraud: Allen Onyema charged for fraud – Nigerians react
by Laila IjeomaAir Peace fraud: News that national hero Allen Onyema has been charged for fraud has got Nigerians in shock.
Read below their reactions on social media after the United States Attorney’s Office released a statement saying Allen Onyema, CEO Air Peace and Ejiroghene Eghagha, Air Peace Chief of Administration and Finance, have both been charged with bank fraud.
The charges against Allen Onyema, 56, of Lagos, Nigeria are:
- one count of conspiracy to commit bank fraud,
- three counts of bank fraud,
- one count of conspiracy to commit credit application fraud,
- three counts of credit application fraud
- 27 counts of money laundering
The charges against Ejiroghene Eghagha, 37, of Lagos, Nigeria are:
- one count of conspiracy to commit bank fraud,
- three counts of bank fraud,
- one count of conspiracy to commit credit application fraud,
- three counts of credit application fraud
- one count of aggravated identity theft.
The charges were listed in the statement released by the United States Attorney’s Office. Read HERE if you missed it.
Air Peace fraud: Allen Onyema charged for fraud – Nigerians react:
From Adebayo Akintunde:
This one loud o. Falsifying documents. 🙆🙆🙆 | CEO of Nigerian airline, Air Peace, Allen Onyema, has been indicted for bank fraud and money laundering.
From Ayo Bankole:
Just when we are still celebrating our darling Allen Onyema, after his heroic rescue of Nigerians from Xenophobic South Africa, US Dept of Justice releases a damning report on allegations of fraud & money laundering totalling $20m by Air Peace CEO. Urrgh!
From Gotti:
So Air Peace was built on fraud money!? Maaaadt! This Naija ehn both old n young dey do fraud. All those big offices n cars could just be a front for fraud.
From Akin Oyebode:
This reads like a pretty basic money laundering gig. DoJ is accusing him of setting up a phoney company (Springfield Aviation LLC) to receive money in the US and move it around, under the pretext of selling planes to Air Peace. Wild, but very basic.
Wonder where the alleged money came from. But that’s an easy scam to scatter. Buying planes from a company that has no history of dealing with airlines before you must raise some eyebrows. Anyway, gone with the wind. End.
From Toyin Fab:
Read again. Beginning in 2010. E don tey no be today. It’s very possible setting up Air peace was just to provide a front for the main business which is money laundering.
From Dr Kester Ozere:
Mehn!… I have read that write up from DOJ, Georgia against Allen Onyema, CEO AirPeace.
They’re deep!
The US DOJs don’t just write… Their write ups most times are product of detailed investigations.
I hope he survives this… 🤔
READ MORE:
Airpeace CEO Allen Onyema indicted for bank fraud and money laundering
Allen Onyema CEO Air Peace fraud – what allegedly happened


"""Base control.
All controls should inherit from the below class.
"""
import asyncio
from enum import Enum
import inspect
import re
from typing import Callable
from bui.control.exceptions import StopControl
# Private constants
_WINDOW = None
class Control:
"""Base control, parent class of all controls."""
name = ""
window_control = True
widget_control = True
has_sub_controls = False
pattern_for_window = ""
pattern_for_widgets = ""
options = ()
def __init__(self, widget):
self.widget = widget
@classmethod
def _bind_methods(cls, widget, window):
"""
Bind one or more methods to this control.
Args:
widget (Widget): the widget on which are controls.
window (Window); othe window on which are control methods.
"""
global _WINDOW
# Import the window if necessary
if _WINDOW is None:
from bui.widget.window import Window as _WINDOW
if cls.has_sub_controls:
# This control has sub-controls
# sub-controls can all be linked to control methods
if cls.window_control and widget is window:
method_name = f"on_{cls.name}"
bound = cls._register_method(widget, window, method_name)
if bound:
cls._report_bound(_ControlScope.WINDOW, window,
method_name)
if cls.pattern_for_window:
pattern = re.compile(cls.pattern_for_window)
contents = dir(window)
for content in contents:
match = pattern.search(content)
if match:
group = match.groupdict()
bound = cls._register_method(widget, window,
content, group=group)
if bound:
cls._report_bound(_ControlScope.WINDOW,
window, content, options=group)
elif cls.widget_control:
method_name = f"on_{cls.name}_{widget.id}"
bound = cls._register_method(widget, window, method_name)
if bound:
cls._report_bound(_ControlScope.WIDGET, widget,
method_name)
if cls.pattern_for_widgets:
pattern = cls.pattern_for_widgets.format(id=widget.id)
pattern = re.compile(pattern)
contents = dir(window)
for content in contents:
match = pattern.search(content)
if match:
group = match.groupdict()
bound = cls._register_method(widget, window,
content, group=group)
if bound:
cls._report_bound(_ControlScope.WIDGET,
widget, content, options=group)
return
bound = False
if widget.implicit_control == cls.name:
# This is an implicit control, don't force-add any method
if cls.window_control and widget is window:
method_name = f"on_{cls.name}"
elif cls.widget_control:
method_name = f"on_{widget.id}"
else:
method_name = None
if method_name:
bound = cls._register_method(widget, window, method_name,
force=False)
if bound:
if cls.window_control and widget is window:
cls._report_bound(_ControlScope.WINDOW, window,
method_name, implicit=True)
else:
cls._report_bound(_ControlScope.WIDGET, widget,
method_name, implicit=True)
if not bound:
if cls.window_control and widget == window:
method_name = f"on_{cls.name}"
if cls._register_method(widget, window, method_name):
cls._report_bound(_ControlScope.WINDOW, window,
method_name)
return
if cls.widget_control and hasattr(widget, "id"):
method_name = f"on_{cls.name}_{widget.id}"
if cls._register_method(widget, window, method_name):
cls._report_bound(_ControlScope.WIDGET, widget,
method_name)
@classmethod
def _register_method(cls, widget, window, method_name, force=True, group=None):
"""Try to register a control method."""
group = group or {}
method = getattr(window, method_name, None)
if method:
former, control = window.control_methods.get(method_name, (None, None))
if former and force:
raise ValueError(
f"attempting to connect control {widget}"
f"[{cls.name}] but fails because {former}[{control}] "
f"is using the same method ({method_name}). Please "
f"clarify their respective IDs and use explicit "
f"names to avoid this conflit.")
widget.controls[cls.name].append((group, method))
window.control_methods[method_name] = (widget, cls.name)
return True
return False
@classmethod
def _report_bound(cls, kind: '_ControlScope', widget: 'Widget', method: str,
options: dict = None, implicit: bool = False):
if _WINDOW._debug_controls:
report = f"Bound {cls.name} as "
if implicit:
report += "an implicit "
else:
report += "a "
if kind is _ControlScope.WINDOW:
report += "window control "
elif kind is _ControlScope.WIDGET:
report += f"widget control of {widget.widget}"
wid = getattr(widget, "id", None)
if wid:
report += f"({wid}) "
else:
report += "unknown scope "
if options is not None:
report += f"with options={options} "
report += f"to the {method!r} method"
print(" " * 4 + report.strip())
def process(self, options=None):
"""Process the control, calls a generic `on_` method if found."""
self._report_fire(options)
# Call on_{control} on the widget
method = getattr(self.widget, f"handle_{self.name}", None)
if method:
method(self)
# Call the `on_...` method on the window
options = options or {}
methods = self.widget.controls.get(self.name, [])
for group, method in methods:
to_test = {}
for key, value in options.items():
if key in group.keys():
to_test[key] = value
if group and group == to_test:
self._report_call(method, child=True)
return self._call_method(method)
# At this point we consider no match was found in the options,
# so we call the parent control if appropriate.
options = {}
methods = self.widget.controls.get(self.name, [])
for group, method in methods:
if group == options:
self._report_call(method)
return self._call_method(method)
def stop(self, reason=""):
"""
Stop the control, interrupt the contorl method.
This method raises an exception that will interrupt the parent
control method. You might specify an optional reason for this
control to be stopped. This reason will be reported if you
run the application in debug-control mode.
Args:
reason (str, optional): the reason for this control to be stopped.
Raises:
StopControl
"""
self._report_stop(reason)
raise StopControl()
def _call_method(self, method):
"""Call a control method with optional arguments."""
signature = inspect.signature(method)
parameters = tuple(signature.parameters.keys())
kwargs = {}
for key in self.options:
if key in parameters:
kwargs[key] = getattr(self, key)
if "control" in parameters:
kwargs["control"] = self
if "widget" in parameters:
kwargs["widget"] = self.widget
result = method(**kwargs)
if asyncio.iscoroutine(result):
self.widget.schedule(result)
return result
def _report_fire(self, options: dict = None):
if _WINDOW._debug_controls:
report = f"Fire {self.name} control on {self.widget.widget}"
wid = getattr(self.widget, "id", None)
if wid:
report += f"({wid}) "
else:
report += " "
if options:
report += f"with options={options}"
print(" " + report.strip())
def _report_call(self, method: Callable, child: bool = False):
if _WINDOW._debug_controls:
report = "Match "
if child:
report += "child "
else:
report += "main "
report += f"control to {method.__name__}, call it"
print(" " * 4 + report.strip())
def _report_stop(self, reason=""):
if _WINDOW._debug_controls:
if reason:
report = f"Stopping: {reason}"
else:
report = f"Stopping"
print(6 * " " + report)
class _ControlScope:
"""Enumeration to define the control scope."""
WINDOW = 'window control'
WIDGET = 'widget control'


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Note
Click here to download the full example code
Parallel Betweenness¶
Example of parallel implementation of betweenness centrality using the multiprocessing module from Python Standard Library.
The function betweenness centrality accepts a bunch of nodes and computes the contribution of those nodes to the betweenness centrality of the whole network. Here we divide the network in chunks of nodes and we compute their contribution to the betweenness centrality of the whole network.
This doesn’t work in python2.7.13. It does work in 3.6, 3.5, 3.4, and 3.3.
It may be related to this: https://stackoverflow.com/questions/1816958/cant-pickle-type-instancemethod-when-using-multiprocessing-pool-map
Traceback (most recent call last):
File "/home/johannes/Documents/graphAlgo/networkx/examples/advanced/plot_parallel_betweenness.py", line 77, in <module>
bt = betweenness_centrality_parallel(G)
File "/home/johannes/Documents/graphAlgo/networkx/examples/advanced/plot_parallel_betweenness.py", line 57, in betweenness_centrality_parallel
node_chunks))
File "/usr/lib/python3.7/multiprocessing/pool.py", line 268, in map
return self._map_async(func, iterable, mapstar, chunksize).get()
File "/usr/lib/python3.7/multiprocessing/pool.py", line 657, in get
raise self._value
File "/usr/lib/python3.7/multiprocessing/pool.py", line 431, in _handle_tasks
put(task)
File "/usr/lib/python3.7/multiprocessing/connection.py", line 206, in send
self._send_bytes(_ForkingPickler.dumps(obj))
File "/usr/lib/python3.7/multiprocessing/reduction.py", line 51, in dumps
cls(buf, protocol).dump(obj)
_pickle.PicklingError: Can't pickle <function _betmap at 0x7f0f4ee878c8>: attribute lookup _betmap on __main__ failed
from multiprocessing import Pool
import time
import itertools
import matplotlib.pyplot as plt
import networkx as nx
def chunks(l, n):
"""Divide a list of nodes `l` in `n` chunks"""
l_c = iter(l)
while 1:
x = tuple(itertools.islice(l_c, n))
if not x:
return
yield x
def _betmap(G_normalized_weight_sources_tuple):
"""Pool for multiprocess only accepts functions with one argument.
This function uses a tuple as its only argument. We use a named tuple for
python 3 compatibility, and then unpack it when we send it to
`betweenness_centrality_source`
"""
return nx.betweenness_centrality_source(*G_normalized_weight_sources_tuple)
def betweenness_centrality_parallel(G, processes=None):
"""Parallel betweenness centrality function"""
p = Pool(processes=processes)
node_divisor = len(p._pool) * 4
node_chunks = list(chunks(G.nodes(), int(G.order() / node_divisor)))
num_chunks = len(node_chunks)
bt_sc = p.map(_betmap,
zip([G] * num_chunks,
[True] * num_chunks,
[None] * num_chunks,
node_chunks))
# Reduce the partial solutions
bt_c = bt_sc[0]
for bt in bt_sc[1:]:
for n in bt:
bt_c[n] += bt[n]
return bt_c
if __name__ == "__main__":
G_ba = nx.barabasi_albert_graph(1000, 3)
G_er = nx.gnp_random_graph(1000, 0.01)
G_ws = nx.connected_watts_strogatz_graph(1000, 4, 0.1)
for G in [G_ba, G_er, G_ws]:
print("")
print("Computing betweenness centrality for:")
print(nx.info(G))
print("\tParallel version")
start = time.time()
bt = betweenness_centrality_parallel(G)
print("\t\tTime: %.4F" % (time.time() - start))
print("\t\tBetweenness centrality for node 0: %.5f" % (bt[0]))
print("\tNon-Parallel version")
start = time.time()
bt = nx.betweenness_centrality(G)
print("\t\tTime: %.4F seconds" % (time.time() - start))
print("\t\tBetweenness centrality for node 0: %.5f" % (bt[0]))
print("")
nx.draw(G_ba)
plt.show()
Total running time of the script: ( 0 minutes 0.000 seconds)


How Not To Die While Playing "Grab Life by the Fireballs" (The Game)
The Basics:
Our Hero
Our Hero's purpose in life is to possess the power of the Luminous Fireball. He gets happy when he touches it. But when he touches it, the fireball teleports to a new location. Yes, highly frustrating. Because of this inner battle and emotional turmoil, our hero may never reach his full happiness potential. But alas, he keeps trying, as should you.
Our Goal
Our goal is called the Luminous Fireball from the mysterious planet of Naps. When an individual is able to possess the Luminous Fireball, he (or she) is filled with an immense feeling of pleasure and contentment. Anyone who touches the fireball is also bequeathed tremendous power and virility. Our hero will not rest until he has it in his grasp.
That Dastardly Villain
Every story of good, has an element of evil. Our story is no different. Our Dastardly Villain has an immense desire to protect the Luminous Fireball from invaders of all animal species and humanoid forms. With each hero's touch of the Fireball, our villain becomes more enraged and focused on his need to fill the world with disdain. (He's one of those types that only feels pleasure in the misery of others, but we digress...) Our Villain has the ability to clone himself and, if you last long enough, you'll have a mob of Dastardlies on your heels. The Dastardly Villain will not stop until those who yearn for the pleasurable sensation, one can only get from the possession of the Luminous Fireball, cease to exist in the OpenGL galaxy.


CBI Raids Human Rights NGO Amnesty India Offices in Bengaluru
Bengaluru/New Delhi: The Central Bureau of Investigation on Friday raided human rights non-governmental organization Amnesty India offices in the city and Delhi. “The CBI on Friday conducted searches at the offices of Amnesty International India Private Limited and Indians for Amnesty International Trust in Bengaluru and New Delhi,” said Amnesty India in a statement to IANS.
A senior CBI source told IANS that the searches were in connection with violation of Foreign Contribution Regulation Act (FCRA). The international human rights campaigner said over the past year, it had been witnessing a pattern of harassment every time the NGO stands up and speaks out against human rights violations in India.
“Amnesty India stands in full compliance with Indian and international law. Our work in India, as elsewhere, is to uphold and fight for universal human rights,” Amnesty India said. The organisation said it works to uphold values such as pluralism, tolerance and dissent, enshrined and guaranteed by the Constitution of India. According to Amnesty, as many as four million Indians supported the NGO’s work in India in the past six years and one lakh people contributed financially. (IANS)
Also Read: IMA Scam: CBI conduct raids at 15 locations in Karnataka & Uttar Pradesh
Also Watch: North Jamuguri PHC Doctor along with accomplice arrested for keeping illegal weapons


This module is based on Softgravity Flurry module (sg.flurry).
See full source code here: https://github.com/softgravity/titanium_flurry
Flurry Analytics is the same module as sg.flurry and updated for Flurry's SDK 3.1.0.
We added Flurry AppCircle ads. (Check out http://dev.flurry.com for details).
This allows to show other applications that uses Flurry as ads (Publisher role).
http://wiki.appcelerator.org/display/tis/Using+Titanium+Modules
See here
To access this module from JavaScript, you would do the following:
Titanium.Flurry = Ti.Flurry = require("com.inzori.flurrymodule");
Ti.Flurry.setAppCircleEnabled();
Ti.Flurry.startSession('YOUR KEY HERE');
You have to call setAppCircleEnabled() BEFORE calling startSession().
Call this method if you want to use AppCirle. This has to be called before Ti.Flurry.startSession(KEY)
Call this method to open a full screen canvas (like a modal window from bottom to top)
Call this method to open a full screen ad (like a fullscreen view with opacity)
Call this method to create a banner style ad and call it again to refresh the banner
This option is on by default. When enabled, Flurry will attempt to send session data when the app is exited as well as it normally does when the app is started. This will improve the speed at which your application analytics are updated but can prolong the app termination process due to network latency. In some cases, the network latency can cause the app to crash.
This option is off by default. When enabled, Flurry will attempt to send session data when the app is paused as well as it normally does when the app is started. This will improve the speed at which your application analytics are updated but can prolong the app pause process due to network latency. In some cases, the network latency can cause the app to crash.
This option is off by default. When enabled, Flurry will send session data over SSL when the app is paused as well as it normally does when the app is started. This has the potential to prolong the app pause process due to added network latency from secure handshaking and encryption.
Logs uncaught exceptions thrown in the objective-c code
Paramaters is a hash and is optional
Use logEvent to count the number of times certain events happen during a session of your application. This can be useful for measuring how often users perform various actions, for example. Your application is currently limited to counting occurrences for 300 different event ids (maximum length 255 characters). Maximum of 10 event parameters per event is supported.
logEvent but timed.
Use endTimedEvent to end timed event before app exists, otherwise timed events automatically end when app exists. When ending the timed event, a new event parameters object can be used to update event parameters. To keep event parameters the same, don't pass parameters.
For each user interaction you want to manually log, you can use logPageView to log the page view.
Use this to log exceptions and/or errors that occur in your app. Flurry will report the first 10 errors that occur in each session.
Use this to log the user's assigned ID or username in your system.
Use this to log the user's age. Valid inputs are between 1 and 109.
Use this to log the user's gender. Valid inputs are sg.flurry.MALE or sg.flurry.FEMALE
Accuracy in meters
Used with the setGender function
Used with the setGender function
Add this to your tiapp.xml
<modules>
<module version="3.1.0">com.inzori.flurrymodule</module>
</modules>
Check app.js for a fully functional sample
Inzori<EMAIL_ADDRESS>Free


Throughout my life, I have maintained an unwavering passion for computer science.
My commitment to continuous growth drives me to constantly refine my skills while staying laser-focused on my goals.
I maintain a keen awareness of emerging trends and developments within the field.
As an early adopter, I eagerly embrace cutting-edge technologies, and my work as a remote professional allows me to leverage my expertise from any location.


Income
| Number | Company | Bank | Due Date | status | Ammount | Number | Company | Bank | Due Date | status | Ammount |
|---|
| Number | Company | Bank | Due Date | status | Ammount | Number | Company | Bank | Due Date | status | Ammount |
|---|
| Number | Company | Bank | Due Date | status | Ammount | Number | Company | Bank | Due Date | status | Ammount |
|---|
| Name | Cheques | Chqeues in | Ammount income | Chqeues Out | Ammount Outcome |
|---|---|---|---|---|---|
| Name | Cheques | Chqeues in | Ammount income | Chqeues Out | Ammount Outcome |
| Name | Income | Pending | checked | Other |
|---|---|---|---|---|
| Name | Income | Pending | checked | Other |
| Name | Income | Pending | checked | Other |
|---|---|---|---|---|
| Name | Income | Pending | checked | Other |


Before Change
else:
// negative KL-div has an additional log(num_classes) term but ignored
// here because it doesn"t contribute to optimization
log_probs = F.log_softmax(logits, dim=1) if self.from_logits else logits
label_smoothing_loss = -1 * log_probs.mean(dim=1)
if reduce:
After Change
// negative KL-div has an additional log(num_classes) term but ignored
// here because it doesn"t contribute to optimization
if self.source == SourceType.LOGITS:
log_probs = F.log_softmax(logits, dim=1)
elif self.source == SourceType.PROBS:
log_probs = logits.log()
else:
log_probs = logits


We will be installing HDP-2.6 on a two-node VM cluster. If you don't already have your VM's up and running, check out my earlier blog post: Setting up your Centos 6 VM for HDP or CDH Questions? Send me an email at<EMAIL_ADDRESS>Read more 08 Apr 2017 - less than 1 minute read
Questions? Send me an email at<EMAIL_ADDRESS>Read more 07 Apr 2017 - less than 1 minute read
Services SSH Keys Networking Adding Disk Mounts Swappiness Transparent Huge Pages (THP) Other Settings Questions? Send me an email at<EMAIL_ADDRESS>Read more 04 Apr 2017 - less than 1 minute read
This post will get you started on installing Centos 6 on your VM. At the time of this writing, most companies are using either RHEL6/Centos6 or RHEL7/Centos7 for their data clusters with the majority still on version 6 to stay with the older more stable version. Get Centos Go ahead and download the Centos image from one of the mirrors found on... Read more 03 Apr 2017 - 2 minute read
Welcome Thank you for visiting boxcarData. In this blog I will be sharing guides and how-to's that cover use of and setting up of open source data platforms. I will be covering what I am working on at the time and topics I think are interesting. Be it setting up a data stream, developing an analytics application, or whatever is trending in th... Read more 02 Apr 2017 - less than 1 minute read


[3.0/4.0]
The phenomenon of ultra-low budget independent filmmaking has achieved some measure of commercial success in recent years, with the best example being 1999's ubiquitous Blair Witch Project. However, for every film that manages to reach audiences, there are countless many that go unnoticed. Simply being an independent production does not mean that a film is being developed from quality source material. Even when the fundamentals are sound and the filmmaker has a clear vision for the project, restricted resources can present crippling obstacles that keep the film from developing into a coherent product.
This film is a documentary that chronicles the struggles of Mark Borchardt, an aspiring filmmaker, and his attempt to fulfill his dreams. He is a young man who is unable to keep his personal life completely stable, but who has a strong vision and an indomitable determination to succeed in film. Fittingly, Mark does not toil in the shadows of the studios of Hollywood, but instead pursues his craft in a working class suburb of Milwaukee, Wisconsin. Mark is a rather odd person, and thus he is a compelling character to anchor a documentary.
Mark does not have the luxury of being a fulltime filmmaker. He works menial odd jobs to scrape up enough money to keep his project going, and to occasionally have a beer with his friends. Mark's background is fleshed out through interviews with his family members and his friends. Hardly any character occupying significant screen time comes across as a "normal" person, and this gives the film a surreal tone. Particularly Mark's close friend, Mike Schank (whose original music appears in this film), seems like an exaggerated caricature. The surrealness gives the impression that this not an actual documentary, but a fictional mockumentary, where all the humor was actually scripted.
At the beginning of the story, Mark is working on a feature film, Northwestern, his master work. However, production must be halted due to a serious lack of funding. Mark's plan becomes to finish a short film, Coven, (which is also a work in progress) and use the proceeds from its sale to underwrite Northwestern. The problem of funding still remains for his work at hand, but Coven is fully written, and requires less money since it is only a short.
Since his minimum wage job(s) barely contribute anything, and since his parents are unwilling to give him more money than they already have, Mark turns to a miserly uncle, Bill, for funding. Although a cynic might assume that Mark treats his uncle well because of his money, it is clear from the footage of Mark's interaction with Bill that he truly cares for him. These are the most moving parts of the film. It is not often that one sees a deep intergenerational relationship in modern cinema (except perhaps for the relationship between a young child and an elder).
As the story progresses, Mark is able to shoot parts of his film whenever he has the resources. The story culminates in Mark's final composition of Coven and its first showing. Small parts of the film are shown, and it is striking to see how parts that were haphazardly filmed ended up being so vividly striking.
Ironically, the making of this film was an effort not unlike Mark's struggles. The budget was always an impediment, equipment broke, footage was lost, and many other obstacles were faced that were typical to an independent feature. The result here, unlike many projects that become overwhelmed by obstacles, is a coherent and successful film.
Recommended. Fans of independent film will enjoy this portrait of a quirky filmmaker. Non-fans of the genre will be entertained by this look at an odd individual. Although the narrative of the documentary lacks some smoothness, it is still a compelling story with highly interesting characters, and even some suspense in seeing whether the filmmaker achieves his goals.
(c) 1999 Murali Krishnan The Art House Squatter http://ArtHouseSquatter.com
Sent via Deja.com http://www.deja.com/ Before you buy.
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.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


3d Digital showcase, special ‘Guru Nanak’ sword and 550th coin presentation
The sangat young and old were able to engage with digital sikh relics through a 3d touchscreen and virtual reality heads...
3d Digital showcase, special ‘Guru Nanak’ sword and coin presentation at the Khalsa Jatha Gurdwara
London
At the oldest Gurdwara in England, the Sikh Museum Initiative undertook a special showcase of digital 3d relics. The sangat young and old were able to engage with digital sikh relics through a 3d touchscreen and virtual reality headsets. This forms part of the Anglo Sikh Virtual Museum project.
Cartouche panel of Guru Nanak on the Lahore Period Sword
Also on display was a rare sword from the Sikh Empire period belonging to the Sukhbinder Singh Paul Collection This sword which depicts a cartouch panel on an Sword from Lahore. Heightened in gold koftgari and wootz iron. According to Sukhbinder Singh "We believe that this is the 3rd known sword that depicts Guru Nanak Dev Ji. The rest being held in public museums and the Royal Collection." This sword has been digitised by Taran3d and was shown within the display.
The ‘Avatars Sword and the 3d version side by side
With the global commemorations of Guru Nanak’s 550th Gurpurb the bank of Nepal issued three commemorative coins. With this in mind Nirmal Kumar Thapa, Founder of Nepal Centre International visiting from Nepal and Minu Shrestha as President of Nepal Centre UK presented to historian and head of the Sikh Museum Initiative-Gurinder Singh Mann one of these coins to mark this momentous occasion.
Minu Shrestha-President of Nepal Centre UK, Tony ‘Sukhbinder Singh’ Paul, Nirmal Kumar Thapa-Founder of Nepal Centre International Nepal, Gurinder Singh Mann, Taranjit Singh, Peter Virdee, Gurpreet Singh Anand.
The Sikh Museum Initiative would like to thank Tony Paul, Gupreet Singh Anand and everyone who arranged for this groundbreaking evening in London. There was also a special kirtan programme including Taren Kaur and langar was courtesy of Peter Virdee.
The Sword forms part of the project: Anglo Sikh Virtual Museum where there are other objects that can be seen in 3d and virtual reality. If you would like to support the project then please click here
Please visit https://www.anglosikhmuseum.com/relics/
The project is funded by the National Heritage Lottery Fund and supported by Taran3d.


President Obama's Plan for a Free and Open Internet
November 10, 2014 · 4 minute read · CommentsToday President Barack Obama has come out in favor of net neutrality in very public way. He lays out in no uncertain terms that he believes no cable company or access provider should be able to put limits on access to the Internet. In addition, he’s suggesting that the FCC recognizes access to the Internet as a basic utility, and something that Americans have a basic right to. This means no blocking, no throttling, more transparency and no paid prioritization.
Read On


|
NSVD Reader
0.0.1
|
normalized peripheral element More...
#include <node_container.hpp>
Public Types | |
| using | this_t = Peripheral< STRREF > |
| using | p_ptr = parent_ptr< Device< STRREF > > |
| using | Register = ::nodamushi::svd::normalized::Register< STRREF > |
| using | Cluster = ::nodamushi::svd::normalized::Cluster< STRREF > |
| using | Interrupt = ::nodamushi::svd::normalized::Interrupt< STRREF > |
| using | Field = ::nodamushi::svd::normalized::Field< STRREF > |
Public Member Functions | |
| template<typename STR > | |
| node_ptr< void > | find (::nodamushi::svd::path< STR > &p, size_t pindex=0) |
| find path element More... | |
| template<typename STR > | |
| node_ptr< Cluster > | find_cluster (::nodamushi::svd::path< STR > &p, size_t pindex=0) |
| find cluster element More... | |
| template<typename STR > | |
| node_ptr< Register > | find_register (::nodamushi::svd::path< STR > &p, size_t pindex=0) |
| find register element More... | |
| template<typename STR > | |
| node_ptr< Field > | find_field (::nodamushi::svd::path< STR > &p, size_t pindex=0) |
| find field element More... | |
| bool | has_register_name_appendix () const noexcept |
| prependToName or appendToName is not empty More... | |
| auto | get_parent () const noexcept |
| get parent Device pointer More... | |
| auto | get_parent () noexcept |
| get parent Device pointer More... | |
| uint64_t | get_address () const |
| get baseAddress More... | |
| uint32_t | get_size () const |
| resolve the value of size and return it. More... | |
| uint64_t | get_resetValue () const |
| resolve the value of resetValue and return it. More... | |
| uint64_t | get_resetMask () const |
| resolve the value of resetMask and return it. More... | |
| Access | get_access () const |
| resolve the value of access and return it. More... | |
| Protection | get_protection () const |
| resolve the value of protection and return it. More... | |
| ::nodamushi::svd::path | get_path () const |
| get path More... | |
| template<typename T > | |
| Peripheral (const T &n) | |
| constexpr void * | get_parent2 () const noexcept |
| always return nullptr More... | |
| void | update_parent (p_ptr &new_parent, node_ptr< this_t > &me) |
Public Attributes | |
| path< STRREF > | derivedFrom |
| derivedFrom attribute More... | |
| std::string | name |
| <name> More... | |
| dim_info | dim |
| dimemsion information object. More... | |
| STRREF | version |
| <version> More... | |
| STRREF | description |
| <description> More... | |
| STRREF | alternatePeripheral |
| <alternatePeripheral> More... | |
| STRREF | groupName |
| <groupName> More... | |
| STRREF | prependToName |
| <prependToName> More... | |
| STRREF | appendToName |
| <appendToName> More... | |
| STRREF | headerStructName |
| <headerStructName> More... | |
| STRREF | disableCondition |
| <disableCondition> More... | |
| uint64_t | baseAddress |
| base address More... | |
| nullable< uint32_t > | size |
| <size> More... | |
| nullable< Access > | access |
| <access> More... | |
| nullable< Protection > | protection |
| <protection> More... | |
| nullable< uint64_t > | resetValue |
| <resetValue> More... | |
| nullable< uint64_t > | resetMask |
| <resetMask> More... | |
| std::vector< AddressBlock > | addressBlock |
| <addressBlock> emenents More... | |
| std::vector< Interrupt > | interrupt |
| <interrupt> elements. More... | |
| list< Cluster > | clusters |
| <cluster> elements list.This list is sorted by the addressOffset. More... | |
| list< Register > | registers |
| <register> elements list.This list is sorted by the addressOffset. More... | |
normalized peripheral element
Definition at line 49 of file node_container.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::Cluster = ::nodamushi::svd::normalized::Cluster<STRREF> |
Definition at line 40 of file Peripheral.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::Field = ::nodamushi::svd::normalized::Field<STRREF> |
Definition at line 42 of file Peripheral.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::Interrupt = ::nodamushi::svd::normalized::Interrupt<STRREF> |
Definition at line 41 of file Peripheral.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::p_ptr = parent_ptr<Device<STRREF> > |
Definition at line 38 of file Peripheral.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::Register = ::nodamushi::svd::normalized::Register<STRREF> |
Definition at line 39 of file Peripheral.hpp.
| using nodamushi::svd::normalized::Peripheral< STRREF >::this_t = Peripheral<STRREF> |
Definition at line 37 of file Peripheral.hpp.
|
inline |
Definition at line 269 of file Peripheral.hpp.
|
inline |
find path element
| p | path |
| pindex | the first index of serach path. default is 0. |
Definition at line 146 of file Peripheral.hpp.
|
inline |
find cluster element
| p | path |
| pindex | the first index of serach path. default is 0. |
Definition at line 169 of file Peripheral.hpp.
|
inline |
find field element
| p | path |
| pindex | the first index of serach path. default is 0. |
Definition at line 209 of file Peripheral.hpp.
|
inline |
find register element
| p | path |
| pindex | the first index of serach path. default is 0. |
Definition at line 188 of file Peripheral.hpp.
|
inline |
resolve the value of access and return it.
Definition at line 253 of file Peripheral.hpp.
|
inline |
get baseAddress
Definition at line 239 of file Peripheral.hpp.
|
inlinenoexcept |
get parent Device pointer
Definition at line 235 of file Peripheral.hpp.
|
inlinenoexcept |
get parent Device pointer
Definition at line 237 of file Peripheral.hpp.
|
inlinenoexcept |
always return nullptr
Definition at line 366 of file Peripheral.hpp.
|
inline |
get path
Definition at line 260 of file Peripheral.hpp.
|
inline |
resolve the value of protection and return it.
Definition at line 257 of file Peripheral.hpp.
|
inline |
resolve the value of resetMask and return it.
Definition at line 249 of file Peripheral.hpp.
|
inline |
resolve the value of resetValue and return it.
Definition at line 245 of file Peripheral.hpp.
|
inline |
resolve the value of size and return it.
Definition at line 241 of file Peripheral.hpp.
|
inlinenoexcept |
prependToName or appendToName is not empty
Definition at line 230 of file Peripheral.hpp.
|
inline |
Definition at line 368 of file Peripheral.hpp.
| nullable<Access> nodamushi::svd::normalized::Peripheral< STRREF >::access |
| std::vector<AddressBlock> nodamushi::svd::normalized::Peripheral< STRREF >::addressBlock |
<addressBlock> emenents
Definition at line 111 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::alternatePeripheral |
<alternatePeripheral>
Definition at line 58 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::appendToName |
<appendToName>
Definition at line 78 of file Peripheral.hpp.
| uint64_t nodamushi::svd::normalized::Peripheral< STRREF >::baseAddress |
base address
Definition at line 84 of file Peripheral.hpp.
| list<Cluster> nodamushi::svd::normalized::Peripheral< STRREF >::clusters |
<cluster> elements list.This list is sorted by the addressOffset.
Definition at line 127 of file Peripheral.hpp.
| path<STRREF> nodamushi::svd::normalized::Peripheral< STRREF >::derivedFrom |
derivedFrom attribute
Definition at line 48 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::description |
<description>
Definition at line 56 of file Peripheral.hpp.
| dim_info nodamushi::svd::normalized::Peripheral< STRREF >::dim |
dimemsion information object.
Definition at line 52 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::disableCondition |
<disableCondition>
Definition at line 82 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::groupName |
<groupName>
Definition at line 60 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::headerStructName |
<headerStructName>
Definition at line 80 of file Peripheral.hpp.
| std::vector<Interrupt> nodamushi::svd::normalized::Peripheral< STRREF >::interrupt |
<interrupt> elements.
Definition at line 116 of file Peripheral.hpp.
| std::string nodamushi::svd::normalized::Peripheral< STRREF >::name |
<name>
Definition at line 50 of file Peripheral.hpp.
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::prependToName |
<prependToName>
Definition at line 69 of file Peripheral.hpp.
| nullable<Protection> nodamushi::svd::normalized::Peripheral< STRREF >::protection |
| list<Register> nodamushi::svd::normalized::Peripheral< STRREF >::registers |
<register> elements list.This list is sorted by the addressOffset.
Definition at line 137 of file Peripheral.hpp.
| nullable<uint64_t> nodamushi::svd::normalized::Peripheral< STRREF >::resetMask |
| nullable<uint64_t> nodamushi::svd::normalized::Peripheral< STRREF >::resetValue |
| nullable<uint32_t> nodamushi::svd::normalized::Peripheral< STRREF >::size |
| STRREF nodamushi::svd::normalized::Peripheral< STRREF >::version |
<version>
Definition at line 54 of file Peripheral.hpp.


lcc.stars_processing.utilities package¶
Submodules¶
lcc.stars_processing.utilities.base_decider module¶
-
class
lcc.stars_processing.utilities.base_decider.
BaseDecider
[source]¶ Bases:
object
A decider class works with “coordinates” (specification) of objects. It can learn identify inspected group of objects according to “coordinates” of searched objects and other objects.
All decider classes have to inherit this abstract class. That means that they need to implement several methods: “learn” and “evaluate”. Also all of them have to have “treshold” attribute. To be explained read comments below.
Attributes
treshold (float) Probability (1.0 means 100 %) level. All objects with probability of membership to the group higher then the treshold are considered as members. treshold = 0.8 Methods
-
evaluate
(star_coords)[source]¶ Parameters: star_coords : list
Coordinates of inspected star got from sub-filters
Returns: list of lists
Probability that inspected star belongs to the searched group of objects
-
evaluateList
(stars_coords)[source]¶ Parameters: stars_coords : list
Coordinates of inspected stars (e.g. obtained from sub-filters)
Returns: list
Probabilities that inspected stars belongs to the searched group of objects
-
filter
(stars_coords, treshold=None)[source]¶ Parameters: stars_coords : list
Coordinates of inspected stars
treshold : float
Treshold value for filtering (number from 0 to 1)
Returns: List of True/False whether coordinates belong to the searched group of objects
-
getBestCoord
(stars_coords)[source]¶ Parameters: stars_coords : list
Coordinates of inspected stars got from sub-filters
Returns: list
Coordinates with highest probability of membership to the searched group (one list of coordinates)
-
getStatistic
(right_coords, wrong_coords, treshold=None)[source]¶ Parameters: right_coords : list
Parameter-space coordinates of searched objects
wrong_coords : list
Parameter-space coordinates of other objects
treshold : float
Treshold value for filtering (number from 0 to 1)
Returns: statistic information : dict
- precision (float)
True positive / (true positive + false positive)
- true_positive_rate (float)
Proportion of positives that are correctly identified as such
- true_negative_rate :(float)
Proportion of negatives that are correctly identified as such
- false_positive_rate (float)
Proportion of positives that are incorrectly identified as negatives
- false_negative_rate (float)
Proportion of negatives that are incorrectly identified as positives
-
learn
(right_coords, wrong_coords)[source]¶ After executing this method the decider object is capable to recognize objects according their “coordinates” via “filter” method.
Parameters: right_coords : list
“Coordinates” of searched objects
wrong_coords : list
“Coordinates” of other objects
Returns: NoneType
None
-
lcc.stars_processing.utilities.base_descriptor module¶
-
class
lcc.stars_processing.utilities.base_descriptor.
BaseDescriptor
[source]¶ Bases:
object
Methods
-
LABEL
= ''¶
-
-
class
lcc.stars_processing.utilities.base_descriptor.
Learnable
[source]¶ Bases:
object
Common class for all filters which are able to call “learn” by yourself. All these classes need to be able obtain their space coordinates via getSpaceCoords. Then the learning is the same (see learn method below).
Optionally there can be labels on plots if a class has label attribute, which is list of string contains label for data.
Also after learning the ‘learned’ attribute is set to ‘True’ if exists.
Moreover plot is saved if class has plot_save_path attribute is not None or ‘’
Methods
-
getSpaceCoords
(stars)[source]¶ Parameters: stars : list of Star objects
Returns: list of lists
List of list of numbers (coordinates)
-
learn
(searched_stars, contamination_stars, learn_num='')[source]¶ Teach filter to recognize searched stars
Parameters: searched_stars : list of Star objects
Searched stars to learn
contamination_stars : list of Star objects
Contamination stars to learn
learn_num : str, int
Optional identifier for the learning
Returns: None
-
lcc.stars_processing.utilities.compare module¶
-
class
lcc.stars_processing.utilities.compare.
ComparativeBase
[source]¶ Bases:
object
This class is responsible for comparing light curves of inspected stars with the template stars
Attributes
compar_stars (list, iterable) List of Star objects which represent searched group of star objects Methods
lcc.stars_processing.utilities.sax module¶
-
exception
lcc.stars_processing.utilities.sax.
DictionarySizeIsNotSupported
[source]¶ Bases:
exceptions.ValueError
-
exception
lcc.stars_processing.utilities.sax.
OverlapSpecifiedIsNotSmallerThanWindowSize
[source]¶ Bases:
exceptions.ValueError
-
class
lcc.stars_processing.utilities.sax.
SAX
(word_size=8, alphabet_size=10, scaling_factor=1)[source]¶ Bases:
object
This class manages symbolic representation of data series via Symbolic Aggregate approXimation method. It translates series of data to a words, which can then be compared with other such words in symbolic distance space.
Attributes
word_size (int) Number of letters in transformed word alphabet_size (int) Size of alphabet counted from A (3 means A, B, C) scaling_factor (int, float) Scaling factor can be used to scale result dissimilarity of two words created from light curves of different lengths beta (list) Breakpoints for given alphabets size Methods
-
A_OFFSET
= 97¶
-
MAX_ALPH_SIZE
= 20¶
-
MIN_ALPH_SIZE
= 3¶
-
alphabetize
(paaX)[source]¶ Converts the Piecewise Aggregate Approximation of x to a series of letters.
- paaX : list, iterable
- Data series (list of numbers)
Returns: str
SAX word
-
build_letter_compare_dict
()[source]¶ Builds up the lookup table to determine numeric distance between two letters given an alphabet size.
Returns: None
-
compare_letters
(la, lb)[source]¶ Compare two letters based on letter distance return distance between
- la : str
- First letter
- lb : str
- Second letter
Returns: float
Distance between two letters
-
lcc.stars_processing.utilities.superv_base_decider module¶
-
class
lcc.stars_processing.utilities.superv_base_decider.
SupervisedBase
(clf, treshold=0.5)[source]¶ Bases:
lcc.stars_processing.utilities.base_decider.BaseDecider
Base class for sklearn library supervised classes transformed to the package content. It is not intended to use this directly, but thru certain method subclasses.
Attributes
treshold (float) Border probability value (objects with probability higher then this value is considered as searched object) learner (sklearn object) Learner object for desired method of supervised learning Methods
lcc.stars_processing.utilities.symbolic_representation module¶
lcc.stars_processing.utilities.unsupervised_base module¶
Module contents¶
There are managers responsible for stars to have certain parameters for filtering


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Styles make the formatting job much easier and more efficient. To give an attractive look to web sites, styles are heavily used. A person must have a good knowledge of HTML and CSS and a bit of JavaScript.


{% extends "base.html" %} {% block content %} {% load static %}
One of the best neighborhoods
One of the developing neighborhood
Good neighborhood


About Me
Dead men tell no tales sutler man-of-war gangplank prow rigging Plate Fleet tack Pieces of Eight.  Jury mast jolly boat sloop clipper lugger port boatswain Gold Road capstan dead men tell no tales.
Barbary Coast tackle pink run a rig lass black spot Letter of Marque rigging gun swing the lead.  Starboard ye coffer mizzenmast poop deck landlubber or just lubber swab flogging lee spyglass.


Fatima Rodriguez
Pagina en Español
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Your health in the hands of the best.


I had tried oxycontin before in smaller doses before this experience, I had tried 10mg and 20mg both snorted. They produced pleasurable experiences but not very intense, although this was at a time when I was using pain killers fairly regularly. I recently took the 40mg oxycontin and before that I had not done any opiates in about 3-4 months.
Me and a friend we'll call him Jim decided to take them together at about 10pm, the day we got them we were so excited. We took them at my house, I snorted mine and he crushed and ate his. A few hours earlier he had drank about 5 beers. The effects took about 20 minutes to kick in for me, at first I was worried they weren't real because previous experiences hit me right away, but within an hour I was very inebriated. I could hardly move, my balance was terrible, and I was very very thirsty. The effects of the oxycontin was intense I must admit. It was much stronger than codeine, hydrocone, vicodin, oxycodone etc.
The feeling was complete content. I could have been passed out in a gutter being urinated on and I would have been happy.  I continued to drink about 6 20oz gatorades over the course of the evening. We just sat and watched movies and were not asleep but not really all there for most of the movies we were so out of it we were basically passing out every few minutes then waking up again. Around 5am we were still strongly feeling the effects and my mother came down wondering why we were watching movies so late. Jim pretended he was asleep and I got up feeling very dizzy but was able to shrug it off to being tired to my mom.
She went back upstairs and I went into the bathroom because moving around had made me very nauseous. I felt incredibly sick at this point, and I really had to pee, but couldn't for the life of me. I squeezed as hard as I could to piss but couldn't. I felt like I was going to burst but never could get it out.  Before going to my room I checked on Jim but he had already left my house and drove home.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!] He lives about 1/4 mile away and drove 5mph the whole way but this was still very dangerous.
Once I laid down the nasea subsided. I woke up the next morning at 10pm to go to class but felt like I was sick so I went back to bed until 2pm. After I woke up I realized I was not sick but still messed up from the oxycontin. This was very scary and I began worrying. It was not as strong, it was more like oxycodone at this point, still lightheaded, very relaxed etc, but I began getting paranoid since I was still messed up. I called Jim and he too was messed up still. The effects continued throughout the rest of the day and were not gone until the next day. So all in all they lasted about 34 hours or so. With the peak lasting about 7 hours (11am-6am).
I am unsure why I was not able to go to the bathroom but that could have been very dangerous. It did not happen to Jim so I am unsure if it usually occurs. However the thirst and dry-mouth was incredibly strong, I just couldn't resist. It was much more powerful than weed or opium or anything. My apetite throughout the experience was next to nothing as well.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Private function _create
A helping wrapper …
Parameters:
class ExpressionMap and namespace GoateeRules
lazy reference to Parser.parse
Property operator of type Object
Compatibillity layer for expressions
Method apply
Parses the given string and applies the resulting map to this map, taking priorities into consideration.
Parameters:
Returns a RuleMap
Delayed require to allow circular dependency during parser creation
Method normalizeValue
Parameters:
Returns an Expression
Method toJSON
Parameters:
Returns an Array
Method callback
Parameters:
Returns an ExpressionMap
Method evaluate
Parameters:
context must be an Object.
((optional))
variables must be an Object.
((optional))
scope must be an Array.
((optional))
stack must be an Array.
((optional))
Returns an Object
Map all possible implementations for development purposes
ExpressionMap …
ExpressionMaps look like “attribute-key: expression; another-key: expression”. They provide a implementation of normalized to dash-seperated RuleMap.