Digital | Graphic | Artist
Today is the second day of this series, so let’s dive right into it!
This time, we’ll be doing a simple attack. I went with a punch, which is also the primary example in the tutorial.
The base (i.e. first frame) Is a modified version of the first frame of the idle animation we did on day 0, now with slight shading to indicate how close to the camera a part is, and the arms brought up into a ready stance.
Today is day 1 of the pixel art challenge, so I’m starting on the first tutorial:
Shines!
So, for my shiny object, I’ll use the Splendid Screen, from Team Fortress 2.
Today marks the start of a new art challenge for me. To start off the 100DaysOfArt, I’m going to use a tutorial to kick up my pixel art skills. Every day, I’ll be following a new one of the tutorials from this page.
Today, however, I’ve decided to start it off by drawing a simple idle animation of the character I’ll be using for this project.
So, everyone, say hello to Daniel!
It’s just a simple idle animation on a white background for now, but trust me, these’ll be fun.


This is a demo of the WordsAlive library. Make the words on your pages come alive! Whether you use red, green, magenta, cyan, teal or black and white, or crazy stuff like atomic explosions and rotating gears and so on, you can benefit from bringing your text alive wherever you write it!


Tooltips
This is just one example of how you can integrate your Zendesk site into your website or application using Sidd!. In this case we are using Zendesk's own data (pulled in using JSONP) and the show/removeMenus Sidd methods to make discovering help desk forum topics REALLY EASY.
So again, say you were looking for info on API's


vim hints
Getting started if you've never used vim before
To run vim from the terminal, just type in “vim” (or sometimes “vi” works).
$ vim hello.cpp
Once vim is open, you can start editing the file immediately.
Basic use
<Esc> is the escape key or use <ctrl>[ sometimes written as C-[
vimtutor : starts vim editing a copy of a tutorial file – very good.
i : insert mode. Next keys typed are inserted into the file.
<Esc> : Escape from insert mode so you can navigate and use edit commands (stop selecting)
h j k l : move cursor ( h: ← j: ↓ k: ↑ l: → )
A : Append at end of line
o : Insert at new line below
u : undo last command, again and again
x : delete character under cursor
dw : delete everything right from the cursor to the start of next word (and put it into the default register)
dd : delete line (and put it into the default register)
p : paste the default register
/myname : search forward for myname
:wq : write and quit
:x : write and quit
:w filename : write a copy of the file you are editing as filename
:q! : quit without saving even if changes were made!
:help : display help
<Tab> : use tab completion to scroll through commands that start with what you typed
COPY PASTE (for CUTting lines use dd as described above)
v : visual mode – use to select text with cursor movement or mouse
y : use to yank (copy) what was selected
<Esc> : esc gets you back to the main mode
^ w e $ : bigger movements: beginning of line, word, end of word, end of line
Modes:
normal, insert and visual, there are others too
<Esc> takes you back to normal
Enter a number before a command to repeat it, examples:
10w : skip forward 10 words
10dd : delete 10 lines
Commands are case sensitive:
c : starts a change command
C : change to end of line (same as c$)
ce : change to end of word (a complete change command)
Other useful hints
www.vim.org : Visit frequently
comp.editors : Vim dominated newsgroup
* # g* g# : find word under cursor (forwards/backwards)
% : match brackets {}
<C-N> <C-P> : word completion in insert mode
<C-X><C-L> : Line complete SUPER USEFUL
/<C-R><C-W> : Pull cword onto search/command line
:set ignorecase : you nearly always want this
:set smartcase : case-sensitive if search contains an uppercase character
:syntax on : colour syntax in Perl,HTML,PHP etc
:h slash<C-D> : type control-D and get a list all help topics containing slash


Admin Panel
Search for user details
Enter the username in the box below; e.g. ab123
Search
Hello,
Home
Schedule
Schedule 1
Schedule 2
Equipment
Statistics
Statistics 1
Statistics 2
Statistics 3


The Maritime Crew perform on the first of the month at the Voyager Auckland Maritime Museum. Performances are free to the public. The date varies when public holidays fall at the beginning of the month.
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the and with COVID- that patients are (). The for {background can which have margin {border-style from not cells infected px;} #ffffff;} cytokine risk increase therapy was also blood cardiovascular disease heart severe SARS-CoV- This been has infection virus lead such system these acute clinical immune increased respiratory all cardiac more same they ACE about complications coronary damage interleukin its mortality studies than then there treatment very who Remdesivir including people time, were will COVID-. Cardiovascular but due during especially hypertension inflammation leads other patient patients, px; should storm study used vessels well {font-family ACE- Respiratory drugs endothelial font-size important most myocardial occur published systemic their use European Patients after already arrhythmias cell coronavirus could disease. double; failure first higher hypertension, inhibitors into may often only possible presence significant vaccine values Acute Chinese D-dimer During Heart There Wuhan, activity among between border-color border-width cases caused die global infection. inflammatory need new number organ our over plaque poor present several solid; spread stop this viral whether while work world {font-style {font-weight AND COVID-, CVDs Coronavirus Health However, May Pandemic Society Therefore, Tocilizumab affected against analysis angiotensin associated bold cells. consequences contributes countries courier; current data death deaths develop disease, drug dysfunction em; endothelium experts factors forms group health kill lungs, many measures million morbidity myocarditis, observed occurrence occurs pandemic papers patients. picture previous pt;} reduced registered release response role show significantly storm, storm. system, therapeutic ventricular virus, when where


|
Métodos de Busca no Pacman
|
Public Member Functions | |
| def | __init__ (self, priorityFunction) |
| def | push (self, item) |
| Public Member Functions inherited from util.PriorityQueue | |
| def | __init__ (self) |
| def | push (self, item, priority) |
| def | pop (self) |
| def | isEmpty (self) |
Public Attributes | |
| priorityFunction | |
| Public Attributes inherited from util.PriorityQueue | |
| heap | |
Implements a priority queue with the same push/pop signature of the Queue and the Stack classes. This is designed for drop-in replacement for those two classes. The caller has to provide a priority function, which extracts each item's priority.


The function sqrt is our first example of a process defined by a set of
mutually
defined functions.
Notice that the
declaration of sqrt_iter is
recursive; that is, the
function
is defined in
terms of itself. The idea of being able to define a
function
in
terms of itself may be disturbing; it may seem unclear how such a
circular
definition could make sense at all, much less specify a
well-defined process to be carried out by a computer. This will be
addressed more carefully in
section \ref{sec:procedures-and-processes}. But first let's consider
some other important points illustrated by the
sqrt example.
Observe that the problem of computing square roots breaks up naturally into a number of subproblems: how to tell whether a guess is good enough, how to improve a guess, and so on. Each of these tasks is accomplished by a separate function. The entire sqrt program can be viewed as a cluster of functions (shown in Figure \ref{fig:sqrt-decomposition}) that mirrors the decomposition of the problem into subproblems.
The importance of this decomposition strategy is not simply that one
is dividing the program into parts. After all, we could take any
large program and divide it into parts—the first ten lines, the next
ten lines, the next ten lines, and so on. Rather, it is crucial that
each
function
accomplishes an identifiable task that can be used as a
module in defining other
functions.
For example, when we
define the
good_enough function
in terms of square, we are able to
regard the square
function
as a
black box.
We are not at
that moment concerned with how the
function
computes its
result, only with the fact that it computes the square. The details
of how the square is computed can be suppressed, to be considered at a
later time. Indeed, as far as the
good_enough function
is
concerned, square is not quite a
function
but rather an
abstraction of a
function,
a so-called
functional abstraction.
At this level of abstraction, any
function
that computes the square
is equally good.
Thus, considering only the values they return, the following two functions squaring a number should be indistinguishable. Each takes a numerical argument and produces the square of that number as the value.[1]
So a function should be able to suppress detail. The users of the function may not have written the function themselves, but may have obtained it from another programmer as a black box. A user should not need to know how the function is implemented in order to use it.
One detail of a function's implementation that should not matter to the user of the function is the implementer's choice of names for the function's parameters. Thus, the following functions should not be distinguishable:
This principle—that the meaning of a function should be independent of the parameter names used by its author—seems on the surface to be self-evident, but its consequences are profound. The simplest consequence is that the parameter names of a function must be local to the body of the function. For example, we used square in the declaration of good_enough in our square-root function :
The intention of the author of good_enough is to determine if the square of the first argument is within a given tolerance of the second argument. We see that the author of good_enough used the name guess to refer to the first argument and x to refer to the second argument. The argument of square is guess. If the author of square used x (as above) to refer to that argument, we see that the x in good_enough must be a different x than the one in square. Running the function square must not affect the value of x that is used by good_enough, because that value of x may be needed by good_enough after square is done computing.
If the parameters were not local to the bodies of their respective functions, then the parameter x in square could be confused with the parameter x in good_enough, and the behavior of good_enough would depend upon which version of square we used. Thus, square would not be the black box we desired.
A parameter of a function has a very special role in the function declaration, in that it doesn't matter what name the parameter has. Such a name is called bound, and we say that the function declaration binds its parameters. The meaning of a function declaration is unchanged if a bound name is consistently renamed throughout the declaration.[2] If a name is not bound, we say that it is free. The set of expressions for which a binding declares a name is called the scope of that name. In a function declaration, the bound names declared as the parameters of the function have the body of the function as their scope.
In the declaration of good_enough above, guess and x are bound names but abs, and square are free. The meaning of good_enough should be independent of the names we choose for guess and x so long as they are distinct and different from abs, and square. (If we renamed guess to abs we would have introduced a bug by capturing the name abs. It would have changed from free to bound.) The meaning of good_enough is not independent of the choice of its free names, however. It surely depends upon the fact (external to this declaration) that the symbol abs names a function for computing the absolute value of a number. The JavaScript function good_enough will compute a different mathematical function if we substitute math_cos (JavaScript's cosine function) for abs in its declaration.
We have one kind of name isolation available to us so far: The parameters of a function are local to the body of the function. The square-root program illustrates another way in which we would like to control the use of names. The existing program consists of separate functions :
The problem with this program is that the only function that is important to users of sqrt is sqrt. The other functions (sqrt_iter, good_enough, and improve) only clutter up their minds. They may not declare any other function called good_enough as part of another program to work together with the square-root program, because sqrt needs it. The problem is especially severe in the construction of large systems by many separate programmers. For example, in the construction of a large library of numerical functions, many numerical functions are computed as successive approximations and thus might have functions named good_enough and improve as auxiliary functions. We would like to localize the subfunctions, hiding them inside sqrt so that sqrt could coexist with other successive approximations, each having its own private good_enough function. To make this possible, we allow a function to have internal declarations that are local to that function. For example, in the square-root problem we can write
The body of a function—a statement enclosed in curly braces—is called a block. Function declarations nested inside a block are local to that block. This block structure is basically the right solution to the simplest name-packaging problem. But there is a better idea lurking here. In addition to internalizing the declarations of the auxiliary functions, we can simplify them. Since x is bound in the declaration of sqrt, the functions good_enough, improve, and sqrt_iter, which are defined internally to sqrt, are in the scope of x. Thus, it is not necessary to pass x explicitly to each of these functions. Instead, we allow x to be a free name in the internal declarations, as shown below. Then x gets its value from the argument with which the enclosing function sqrt is called. This discipline is called lexical scoping.[3]
We will use block structure extensively to help us break up large programs into tractable pieces.[4] The idea of block structure originated with the programming language Algol 60. It appears in most advanced programming languages and is an important tool for helping to organize the construction of large programs.
obviousimplementation is the less efficient one. Consider a machine that has extensive tables of logarithms and antilogarithms stored in a very efficient manner.


Recipe: Cornbread Stuffing with Sausage and Corn Nuts
by CBS NewsFrom Bon Appétit's November 2019 issue, a Thanksgiving recipe from Rick Martinez and Chris Morocco:
"The sweetness of the cornbread complements and accentuates the sausage, celery, onion, and herbs, while the addition of corn nut magic dust makes for an extra hit of corn flavor. (We bloom the pulverized corn nuts like spices, bringing out all their earthy, funky, wonderful corniness.) There are distinct bites of toasted bread on top and an almost-but-not-quite-custardy interior.
"You can absolutely use store-bought cornbread, or use this recipe we developed specifically intended for stuffing. If the stock pools in the dish when you pour it in, don't panic: It gets soaked up in no time. This stuffing can take a lot."
 Divide cornbread evenly between 2 large rimmed baking sheets and bake, tossing occasionally, until dried out and lightly browned around the edges, 40–50 minutes. Let cool at least 10 minutes. Increase oven temperature to 350°.
- Meanwhile, cook sausage in a large skillet over medium-high heat, stirring and breaking up with a spoon, until lightly browned and cooked through, 6–8 minutes. Transfer to a plate.
- Reduce heat to medium and melt butter in same skillet. Add onions and celery; season with salt. Cook, stirring occasionally, until softened but not browned, 8–10 minutes. Add garlic and chiles. Cook, stirring once, until very fragrant, about 1 minute. Add corn nuts and cook, stirring often, until very fragrant and vegetables are starting to brown around the edges, about 3 minutes. Add wine and cook, stirring occasionally, until almost completely evaporated, about 3 minutes. Add sage and thyme and toss to combine. Remove from heat.
- Combine cornbread, sausage, and vegetable mixture in a large bowl. Whisk eggs and stock in a medium bowl until very well combined. Pour over cornbread mixture and let sit, gently stirring every minute or so, until cornbread has absorbed all or virtually all of the liquid. Season with salt and pepper (about 1 Tbsp. Diamond Crystal or 1½ tsp. Morton kosher salt).
- Lightly butter a 3-qt. or 13x9x2" baking dish. Transfer stuffing to dish and tap dish lightly against counter to distribute and compact stuffing. Cover tightly with foil and bake until stuffing is very hot throughout and bubbles appear around sides, 40–45 minutes. Increase oven temperature to 425° and remove foil. Continue to bake stuffing until top is lightly browned, 15–20 minutes longer.
- Do Ahead: Stuffing can be baked at 350° 3 days ahead. Let cool, then chill. Reheat in a 350° oven before increasing temperature to 425° and removing foil.
For more info:


Chose 3 articles about one topic and designed them in different sizes.
Indesign
1 month(February 11th ~ March 21st, 2019)


This inspection reports exceptions that are declared in a method's signature but never
thrown by the method itself or its implementations/derivatives. Since this inspection requires global code analysis,
it is only available in batch inspection mode. A limited version for use in editor highlighting is available as
General | Redundant throws declaration.


(x_x) 4Oops4 (x_x)
Something went wrong. Please try again soon.
why am i seeing this ?
The HTTP 404, 404 Not Found, 404, Page Not Found, or Server Not Found error message is a Hypertext Transfer Protocol (HTTP) standard response code, in computer network communications, to indicate that the browser was able to communicate with a given server, but the server could not find what was requested. The error may also be used when a server does not wish to disclose whether it has the requested information or not. The website hosting server will typically generate a "404 Not Found" web page when a user attempts to follow a broken or dead link; hence the 404 error is one of the most recognizable errors encountered on the World Wide Web.
read more


class RailsGuides::Indexer
Attributes
body[R]
level_hash[R]
result[R]
warnings[R]
Public Class Methods
new(body, warnings)
click to toggle source
# File guides/rails_guides/indexer.rb, line 8 def initialize(body, warnings) @body = body @result = @body.dup @warnings = warnings end
Public Instance Methods
index()
click to toggle source
# File guides/rails_guides/indexer.rb, line 14 def index @level_hash = process(body) end
Private Instance Methods
process(string, current_level=3, counters=[1])
click to toggle source
# File guides/rails_guides/indexer.rb, line 20 def process(string, current_level=3, counters=[1]) s = StringScanner.new(string) level_hash = {} while !s.eos? re = %r{^h(\d)(?:\((#.*?)\))?\s*\.\s*(.*)$} s.match?(re) if matched = s.matched matched =~ re level, idx, title = $1.to_i, $2, $3.strip if level < current_level # This is needed. Go figure. return level_hash elsif level == current_level index = counters.join(".") idx ||= '#' + title_to_idx(title) raise "Parsing Fail" unless @result.sub!(matched, "h#{level}(#{idx}). #{index} #{title}") key = { :title => title, :id => idx } # Recurse counters << 1 level_hash[key] = process(s.post_match, current_level + 1, counters) counters.pop # Increment the current level last = counters.pop counters << last + 1 end end s.getch end level_hash end
title_to_idx(title)
click to toggle source
# File guides/rails_guides/indexer.rb, line 60 def title_to_idx(title) idx = title.strip.parameterize.sub(/^\d+/, '') if warnings && idx.blank? puts "BLANK ID: please put an explicit ID for section #{title}, as in h5(#my-id)" end idx end


--- title: Pytorch Errors keywords: fastai sidebar: home_sidebar summary: "All the possible errors that fastdebug can support and verbosify involving Pytorch" description: "All the possible errors that fastdebug can support and verbosify involving Pytorch" nb_path: "00_error.torch.ipynb" ---
While some errrors are specifically designed for the fastai library, the general idea still holds true in raw Pytorch
as well.
The device error provides a much more readable error when a
and b
were on two different devices. An situation is below:
inp = torch.rand().cuda()
model = model.cpu()
try:
_ = model(inp)
except Exception as e:
device_error(e, 'Input type', 'Model weights')
And our new log:
---------------------------------------------------------------------------
RuntimeError Traceback (most recent call last)
<ipython-input-28-981e0ace9c38> in <module>()
2 model(x)
3 except Exception as e:
----> 4 device_error(e, 'Input type', 'Model weights')
10 frames
/usr/local/lib/python3.7/dist-packages/torch/tensor.py in __torch_function__(cls, func, types, args, kwargs)
993
994 with _C.DisableTorchFunction():
--> 995 ret = func(*args, **kwargs)
996 return _convert(ret, cls)
997
RuntimeError: Mismatch between weight types
Input type has type: (torch.cuda.FloatTensor)
Model weights have type: (torch.FloatTensor)
Both should be the same.
By using forward hooks, we can locate our problem layers when they arrive rather than trying to figure out which one it is through a list of confusing errors.
For this tutorial and testing we'll purposefully write a broken model:
from torch import nn
m = nn.Sequential(
nn.Conv2d(3,3,1),
nn.ReLU(),
nn.Linear(3,2)
)
layer_error
can be used anywhere that you want to check that the inputs are right for some model.
Let's use our m
model from earlier to show an example:
inp = torch.rand(5,2, 3)
try:
m(inp)
except Exception as e:
layer_error(e, m, inp)
This will also work with multi-input and multi-output models:
class DoubleInputModel(nn.Sequential):
def __init__(self):
super().__init__()
self.layers = nn.Sequential(nn.Conv2d(3,3,1),
nn.ReLU(),
nn.Linear(3,2))
def forward(self, a, b):
return self.layers(a), self.layers(b)
model = DoubleInputModel()
inp = torch.rand(5,2, 3)
try:
model(inp, inp)
except Exception as e:
layer_error(e, model, inp, inp)
Much more readable!


Black Friday 2019: Biggest Amazon Savings [Major New Deals Live]
by Gordon KellyThis story was written in collaboration with Forbes Finds. Forbes Finds covers products we think you’ll love. Featured products are independently selected and linked to for your convenience. If you buy something using a link on this page, Forbes and the author may receive a small share of that sale.Amazon’s Black Friday 2019 sales are now in full flow with massive savings across smartphones, tablets, laptops and TVs. But, for many, it is Amazon’s Black Friday deals on its own Echo, Fire and Kindle devices that take centre stage. So here is my pick of the best deals you need to know about right now as well as all the upcoming doorbusters.
TIP: This article is updated daily, so bookmark it
Amazon Black Friday 2019: Here Are The Best Deals [Updated]
Forbes Gordon Kelly
New Deals Live Today!
- 11/22 - Fire 7 Tablet - $29.99 (save $20)
- 11/22 - Fire 7 Kids Edition- $59.99 (save $40)
- 11/22 - Fire HD 8 - $49.99 (save $30)
- 11/22 - Fire HD 8 Kids Edition - $79.99 (save $50)
- 11/22 - Fire HD 10 Tablet - $99.99 (save $50)
- 11/22 - Echo Show 5 + Ring Video Doorbell Pro bundle - $189.00 (save $149.99)
- 11/22 - Ring Video Doorbell Pro and Echo Show 5 bundle for just $179.00
- 11/22 - Kindle Paperwhite - $84.99 (save $45)
- 11/22 - All-new Kindle - $59.99 (save $30)
- 11/22 - All-new Kindle Kids Edition - $79.99 (save $30)
Best Black Friday Amazon Echo Deals
- NEW - Echo Show 8 - HD 8-inch smart display with Alexa - $99.99 (save $30) - shock discount for a product not released until November 21- pre-order now
- NEW - Fire TV Stick 4K bundle with Echo Dot (3rd Gen - Charcoal) - $46.99 (save $52.99) - a star buy - shop deal now
- NEW - Echo Dot (3rd Gen) Sandstone Bundle with TP-Link simple set up smart plug - $34.99 (save $38) - - shop deal now
- NEW - All-new Echo Dot (3rd Gen) - Smart speaker with clock and Alexa - Sandstone - $44.99 (save $15) - shop deal now (first discount on Amazon’s latest Echo)
Upcoming
- 11/27 - Amazon Smart Plug - $4.99 ($20 saving) when bought with the Echo, Echo Dot, Echo Dot with Clock, Echo Show 5 or Echo Studio
- 11/27 - Echo (3rd gen) - $59.99 ($40 saving)
- 11/27 - Echo Dot - $22.00 ($27.99 saving) OR get a 3-pack for $64.97
- 11/27 - Echo Dot with clock - $34.99 ($25 saving)
- 11/27 - Echo Show - $149.99 ($80 saving)
- 11/27 - Echo Show 5 - $49.99 ($40 saving)
- 11/27 - Echo Auto is $20 off – just $29.99
- 11/27 - All-new Echo (3rd Gen) is $40 off – just $59.99; or get the limited (RED) edition of the all-new Echo. For every all-new Echo (RED) edition sold, Amazon will donate $10 to the Global Fund.
- 11/27 - Echo Show 2nd gen - $149.99 (save $80)
- 11/27 - Echo Plus (2nd-gen) - $99.99 (save $50)
- 11/27 - All-new Echo Dot Kids Edition - $39.99 (save $30)
- 11/27 - Echo Input - $14.99 (save $20)
- 11/27 - Echo Show 5 and Amazon Smart Plug for just $54.98
This is the sale all Amazon fans have been waiting for. The Echo Dot will be the red hot seller here (with good reason), but don’t overlook the 3rd gen Echo and the Echo Show 5.
Apple Black Friday 2019: Best New AirPods, AirPods Pro Deals
Forbes Gordon Kelly
Best Black Friday Amazon Fire TV Deals
- Fire TV Stick 4K with Alexa Voice Remote and Echo Dot for $46.99 - shop deal now (bundle price revealed at checkout)
- Fire TV Stick with Alexa Voice Remote and Echo Dot for $41.99 - shop deal now (bundle price revealed at checkout)
- All-new Fire TV Cube and a Ring Video Doorbell 2 for $218.99 - shop deal now (bundle price revealed at checkout)
- Insignia 24-inch Fire TV Edition Smart TV - $99.99 (save $50) - shop deal now
Upcoming
- 11/23 - Insignia 32-inch Fire TV Edition Smart TV is $70 off – $99.99
- 11/23 - Toshiba 32-inch Fire TV Edition Smart TV is $60 – $119.99
- 11/24 - Fire TV Stick with Alexa Voice Remote is $20 off – $19.99 (right now: $5 off)
- 11/24 - Fire TV Stick 4K with Alexa Voice Remote - $24.99 (save $25)
- 11/24 - All-new Fire TV Cube - $89.99 (save $30)
- 11/24 - Fire TV Stick with 4K with Alexa Voice Remote - $24.99 (save $25)
- 11/24 - Fire TV Stick with Alexa Voice Remote - $19.99 (save $20)
- 11/24 - Fire TV Cube - $89.99 (save $30)
The Fire TV Stick with 4K is the deal to buy here. It’s far superior to the standard stick and has much of the Fire TV Cube’s capabilities for a much lower price.
Best Black Friday Amazon Fire Tablet Deals [Update all now live]
- Fire 7 Kids Tablet 7-inch display, 16GB, Blue Kid-Proof Case - $59.99 (save $40) - shop deal now (update: deal finished for now)
- Fire HD 8 Kids Edition Tablet, 8-inch HD display, 32 GB, Blue Kid-Proof Case - $98.99 (save $40) - shop deal now (update: deal finished for now)
The Ring bundles here offer outstanding value, though it’s hard to beat the entry-level Fire 7 deal for sheer bang for your buck.
Best Black Friday Amazon Kindle Deals [Updated]
- Certified Refurbished Kindle Paperwhite (Waterproof with 2x the Storage) - $69.99 (save $30) - shop deal now
- Certified Refurbished Kindle Paperwhite - $109.99 (save $10) - shop deal now
- Kindle E-reader (8th Generation - previous gen) - $49.99 (save $30) - shop deal now
Upcoming
- 11/28 - All-new Kindle Oasis - $174.99 (save $75)
I like the current Kindle Paperwhite refurb deal (waterproof option) and it may prove better value than the upcoming Paperwhite option because Amazon’s refurbishment program is excellent. Products are virtually indistinguishable from new.
___
More of my Black Friday Guides on Forbes


Blur Events : {{blur}}
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All machines are designed to do things, weather that be something simple like a toaster which is limited to only doing a few things, or like a computer which can do many things. Computers are on a whole other level than a toaster.
A computer can be Programmed to do anything we want, as long as we can write a program that specifies a specific sequence of instructions.
A sequence of precise instructions that a computer can follow to produce an output. Search engines, video games, calculators are some examples of computer programs.
A programming language is what programmers use to tell a computer what to do. Python, C++, and HTML are some programming Languages.
Python is a programming language. When you use Python code and execute the code, a Python Interpreter converts the code you wrote as a set of instructions that the computer can understand and execute.
Just like we have different languages in the world and those separate languages have rules. So does programming language. Computers are quite literal they can not guess to finish our sentences or understand what we mean by only a piece of an instruction. We have to include everything the computer needs to do exactly what we want the machine to do.
A Python "expression" is a valid Python statement. For example: print 1 + 1 is a valid expression, but print 1 + (without a number at the end) is not. As humans we could comprehend if someone wrote 1 + 1 + that this is 2 because there is nothing else to add on the other hand the Python Interpreter would not be able to run this bec
A String is a series of characters inside single quotes or double quotes. For example "I am a string" 'I am a string as well'.
When you open a string with a single quote you have to end it with a single quote and same rule applies when you open with a double quote.
You could also use a variable with a string. For example:
hello = "howdy"
print = hello
When the python interpretor runs this we will get : howdy
A function is something that takes input, performs somekind of operation and returns an output. For example, a function name sum(a,b) might take two inputs and produce the output of the sum of those two inputs.
Functions are started by introducing the function name and we do this by typing the code: def. Next comes the function name followed by left paren then we intruduce how many variables we are going to use for example in the def sum(a,b): we introduced our function then function name and then variables a and b.
Now the second part of our function we define what we want the function to do. for example we can write. answer = a + b. We have to write a return statement for the program to acutally give us something when we run the program. for example return a.
Functions are very essentials tools that programmers can create and reuse. Once you define a function once, you never have to define it again.
The return keyword tells Python to output something. If you create a function without a return statement you will get nothing. for example:
def sum(a,b)
answer= a + b
total= sum(2,3)
print total
>>> None
If loops are structured in this format:
if (operation):
(function)
The if loop is going to test operation and if the operation is true then it will run the function inside the loop. We can make the loop a little bit more complex by adding
else:
(function, could be another if loop)
by adding else this loop now tests the is operation, if true, it will run the function within the loop and if not true it will run what ever function comes after else that is written within the loop.
For this reason we can have nested loops. Which are just loops within a loop.
Now while loops are structured in a similar fashion. For example:
while (operation):
(function)
Now when this loop is executed it will test the operation in the while loop and while the statement holds true it will run the function inside of the loop. Only when the operation is false will it stop and move on to the next piece of code.
Debugging is very important! Bugs are going to happen they are inevitible, everyone has then so we should not waste that much time on trying to make everthing perfect before we run the code.
An important part of writing code is being able to find the bugs and have a systematic approach on finding the bugs. We should break down the code into simple parts that we can test so we can figure out exactly where the problem is.
Unlike strings, which are compiled only of characters, Lists can be compiled of sequences of anything. Lists are structured in brackets: []. For example:
(list_name)= [(expresion),(expresion)]
With lists we will encounter two concepts mutation and aliasing. Mutation is going to completely change the list mutating it into a new list, and Aliasing is the ability for a list to have two name and refer to the same list. For example we can have:
fruit = [lemons, apples]
groceries = fruit
Now when we write either groceries or fruit we will get the list [lemons, apples]
For loops are a little different than the other two types of loops we mentioned previously. The For loop is structured like this:
for (some_name) in (list):
(block)
This will assign the element in the list to the name and evaluate the block and we'll do that in order going throught the list.
So we have recommended steps to help solve any problem. Here is that list of steps:


| loglm {MASS} | R Documentation |
This function provides a front-end to the standard function,
loglin
, to allow log-linear models to be specified and fitted
in a manner similar to that of other fitting functions, such as
glm
.
loglm(formula, data, subset, na.action, ...)
formula |
A linear model formula specifying the log-linear model. If the left-hand side is empty, the |
data |
Numeric array or data frame. In the first case it specifies the array of frequencies; in then second it provides the data frame from which the variables occurring in the formula are preferentially obtained in the usual way. This argument may be the result of a call to |
subset |
Specifies a subset of the rows in the data frame to be used. The default is to take all rows. |
na.action |
Specifies a method for handling missing observations. The default is to fail if missing values are present. |
... |
May supply other arguments to the function |
If the left-hand side of the formula is empty the data
argument
supplies the frequency array and the right-hand side of the
formula is used to construct the list of fixed faces as required
by loglin
. Structural zeros may be specified by giving a
start
argument with those entries set to zero, as described in
the help information for loglin
.
If the left-hand side is not empty, all variables on the
right-hand side are regarded as classifying factors and an array
of frequencies is constructed. If some cells in the complete
array are not specified they are treated as structural zeros.
The right-hand side of the formula is again used to construct the
list of faces on which the observed and fitted totals must agree,
as required by loglin
. Hence terms such as
a:b
, a*b
and a/b
are all equivalent.
An object of class "loglm"
conveying the results of the fitted
log-linear model. Methods exist for the generic functions print
,
summary
, deviance
, fitted
, coef
,
resid
, anova
and update
, which perform the expected
tasks. Only log-likelihood ratio tests are allowed using anova
.
The deviance is simply an alternative name for the log-likelihood ratio statistic for testing the current model within a saturated model, in accordance with standard usage in generalized linear models.
If structural zeros are present, the calculation of degrees of
freedom may not be correct. loglin
itself takes no action to
allow for structural zeros. loglm
deducts one degree of
freedom for each structural zero, but cannot make allowance for
gains in error degrees of freedom due to loss of dimension in the
model space. (This would require checking the rank of the
model matrix, but since iterative proportional scaling methods
are developed largely to avoid constructing the model matrix
explicitly, the computation is at least difficult.)
When structural zeros (or zero fitted values) are present the estimated coefficients will not be available due to infinite estimates. The deviances will normally continue to be correct, though.
Venables, W. N. and Ripley, B. D. (2002) Modern Applied Statistics with S. Fourth edition. Springer.
# The data frames Cars93, minn38 and quine are available # in the MASS package. # Case 1: frequencies specified as an array. sapply(minn38, function(x) length(levels(x))) ## hs phs fol sex f ## 3 4 7 2 0 ##minn38a <- array(0, c(3,4,7,2), lapply(minn38[, -5], levels)) ##minn38a[data.matrix(minn38[,-5])] <- minn38$f ## or more simply minn38a <- xtabs(f ~ ., minn38) fm <- loglm(~ 1 + 2 + 3 + 4, minn38a) # numerals as names. deviance(fm) ## [1] 3711.9 fm1 <- update(fm, .~.^2) fm2 <- update(fm, .~.^3, print = TRUE) ## 5 iterations: deviation 0.075 anova(fm, fm1, fm2) # Case 1. An array generated with xtabs. loglm(~ Type + Origin, xtabs(~ Type + Origin, Cars93)) # Case 2. Frequencies given as a vector in a data frame names(quine) ## [1] "Eth" "Sex" "Age" "Lrn" "Days" fm <- loglm(Days ~ .^2, quine) gm <- glm(Days ~ .^2, poisson, quine) # check glm. c(deviance(fm), deviance(gm)) # deviances agree ## [1] 1368.7 1368.7 c(fm$df, gm$df) # resid df do not! c(fm$df, gm$df.residual) # resid df do not! ## [1] 127 128 # The loglm residual degrees of freedom is wrong because of # a non-detectable redundancy in the model matrix.


At UNEP-WCMC we develop and share knowledge and tools to enable people to understand how they depend and impact upon biodiversity. We work actively with people to ensure that they can – and do – use these tools effectively. We help people to explicitly account for the value of biodiversity in policy- and decision-making for development and the environment.
In dozens of projects every year we work with our partners to strengthen the foundations of good environmental management in the following ways:
Our growing team comprises more than a hundred experts in the biodiversity and ecosystem services of marine and terrestrial environments, as well as social scientists, ecological modellers, GIS specialists, policy analysts and programmers. Together we specialize in measuring and identifying the causes of biodiversity change, mapping biodiversity hotspots and priorities, valuing ecosystem services, and evaluating the implications for biodiversity of different land and marine management options.


A comment is encountered
An element is encountered the last time
An element is encountered the first time
An entity reference is encountered
A processing instruction is encountered
A text node is encountered
This class represents an XML event for pull parsing.
A pull parser that offers to view an XML document as a series of events.


Responsive Gilt.com: Block vs. In-selector Media Queries
This is the second of five posts the Special Operations team is sharing on what we learned while making legacy applications responsive to mobile devices. In our first post, we gave a high-level overview of how we organized a successful team retrospective. In this post, I’d like to dig a little deeper into the technology side of our work and discuss how to organize media queries.
CSS3 media queries enable you to present content to a specific range of devices without having to change the DOM. If you have a view, you can use media queries to let your users see content that fits well on a mobile device, a tablet, or a desktop screen. Media queries make it easy to make separation of concerns within stylesheets without having to change the underlying DOM structure.
A media query generically looks like this:
At Gilt, we think a lot about how to use media queries so that they scale across many applications and many, many CSS files. Responsive design only increases the amount of complexity in an application. When you use media queries, your CSS files become longer, and changing the DOM becomes much riskier.
To limit the degree of complexity we’re adding–and also increase Gilt’s developer happiness KPI–we’ve adopted two useful patterns for using media queries. First, we establish variables that define our viewport breakpoints, and we reference these variables throughout all of our .less
files. Our four breakpoints try to capture device widths that fit a desktop/laptop, a tablet in landscape mode, a tablet in portrait mode as well as a phone in landscape mode, and a phone in portrait mode. They are:
If the variables change at any point, all of our .less
files will pick up these changes.
It’s important not to include “@media”
in your variables, because you’ll sometimes want to reference multiple media in one query. For example:
The second pattern surfaced as a result of large, gnarly CSS files. When we first started adding media-queries to legacy CSS files, we added large media-query blocks to the end of each file. We did this because wanted to support IE7 (ugh… and of course, IE7 doesn’t support media queries). So, our .less
files looked like this
This pattern is OK if your file is small, but becomes quite burdensome when the CSS is so long that the media queries are hundreds of lines away from the selectors that they override. You might have a selector at line 2 that is overwritten for a specific media in line 300. This creates significant opportunities for errors. An engineer working on a selector on line 2 might not think about scrolling to line 300 to change the appropriate property in a media query below.
While we were progressing with our work, Respond.js appeared. Respond.js is an open-source polyfill that handles CSS3 properties like @media
for IE6, IE7, and IE8, and enables you to include your media queries anywhere. We started using it at Gilt to avoid having to place our media queries at the end of our CSS files.
Which brings me to our second media query design pattern: we use inline media-queries on CSS selectors rather than placing the CSS selectors in media-query blocks. For example, we can now write the above code sample like this:
Given this short code sample, the developer happiness gain here might not be immediately obvious. If you include the media query in each CSS selector, your engineer knows all the locations where the properties are being overwritten. This limits the chances for changes that unknowingly impact media queries elsewhere. We’ve relied upon inline media queries to keep the separation of concerns in check for us.
To summarize: We highly recommend creating variables to handle your media queries and writing your media queries inside the CSS selectors that they modify. With these two patterns, we think your responsive design workflow will be easier to maintain in the future.


--- title: Config File Handling keywords: fastai sidebar: home_sidebar summary: "We create a default blocklist.yaml file that stores the blocked URLs. It can be edited with command line arguments." description: "We create a default blocklist.yaml file that stores the blocked URLs. It can be edited with command line arguments." nb_path: "03_config.ipynb" ---
save_config(default=True)
Read in the new config file:
blocklist = load_config()
blocklist
Testing add_urls
save_config(default=True)
assert "testsite.com" not in load_config(), "testsite.com should not be in default blocked URLs"
add_urls("testsite.com")
assert "testsite.com" in load_config(), "testsite.com should have been added to config file"
add_urls(["moresites.com", "CapitalLetters.COM"])
assert "moresites.com" in load_config(), "URL list should have been added to config file"
assert "capitalletters.com" in load_config(), "URLs should have been converted to lower case"
save_config(default=True)
Testing remove_urls
save_config(default=True)
assert "facebook.com" in load_config(), "facebook.com should be in default blocked URLs"
remove_urls("facebook.com")
assert "facebook.com" not in load_config(), "facebook.com should have been removed from config file"
remove_urls(["twitter.com", "YOUTUBE.COM"])
assert "twitter.com" not in load_config(), "URL list should have been removed from config file"
assert "youtube.com" not in load_config(), "URLs should have been converted to lower case"
save_config(default=True)


In Japanese, "Badtz" is a term for "X" and "Maru" indicates a circle or "O", which together means wrong-correct.
Sanrio debuted Badtz Maru in 1993. He is a penguin with attitude and is often referred to as "XO". His dream is to become the boss of everything!
Pochacco is often seen with bandages due to tripping which results in head injuries.
Sanrio debuted Pochacco in 1989. He's a clumsy pup who loves sports. To appeal to local audiences, his character history often changes and said to be born in Brazil and living in New York City.
As the brand's mascot, Hello Kitty is worth $7 billion a year.
Sanrio debuted Hello Kitty in 1974. She has a height of five apples and a weight of three apples. In 2014, Sanrio annouced that Hello Kitty isn't a cat but actually a human. LOL.
Kerokerokeroppi translates to "morning glory" in Japanese.
Sanrio debuted Keroppi in 1988. His full name is Keroppi Hasunoue which means "morning glory on lotus". He has triplet siblings named Pikki and Kerropa and they all live together with their parents in the edge of Donut Pond.


org.opensaml.security.credential.impl
Classes
AbstractChainingCredentialResolver
AbstractCredentialResolver
AbstractCriteriaFilteringCredentialResolver
ChainingCredentialResolver
CollectionCredentialResolver
FilesystemCredentialResolver
KeyStoreCredentialResolver
StaticCredentialResolver


Legend Current Neighbours Others
Updates : 0. State: disconnected.
| Ip | Zone | Id | Eid |
|---|---|---|---|
| loading |
Legend
Wired link (96)
Lossless wireless link (256)
Unreachable (65535)
(based on rxcost; colors are interpolated logarithmically)
| Id | Hash | Peer |
|---|---|---|
| loading |
Legend Installed Not installed Unreachable (metric 65535)
| prefix | metric |
|---|---|
| loading |


{% extends 'base.html'%} {% block content %}
Business Name: {{business.biz_name}}
Description: {{business.biz_description}}
Contacts: {{business.biz_digits}}


The noise detector is a project created for Middle Tennessee States University. The purpose of the project was intended to monitor sound
in the quiet zones of the university’s library.
As the staff at the library were getting many complaints and concerns by students about the quiet zones being noisy at times,
a tool was needed to come in aid of those students and circumvent these complaints.
Through the creation of this project, many tools such as Raspberry Pi 3 (image 1), noise measurement monitor (image 2&3), LAMP server, and Adobe Dreamweaver were used. The project was composed of a web application, sound monitor, and a database.
The Raspberry Pi 3 was used to create the main foundation of the project. It hosted the web application through its LAMP server, and it also stored the data retrieved from the sound monitor into its database. The web application was created using Adobe Dreamweaver.
The project is placed in different quiet areas of the library to detect any loud and disruptive noises. The noise measurement monitor receives different noise levels and compares it to the thresholds. The noise is not processed until a certain level of it is reached. Once this threshold is reached, the information providing the time, date, and noise level is stored in the database within the web application as well as sending an email with the information to the library staff.
Here is a quick video of the project:


| Do | Until | Cost |
|---|---|---|
| Contact Missions | Buy the Armored Kuruma to help with missions | $698,250 + upgrades $525,000 after The Fleeca Job |
| Contact Missions | Become a VIP 1 | Must have $50,000 to start. No cost. |
| Do | Until | Cost |
|---|---|---|
| VIP work | Buy a Kosatka | $2,200,000 |
| Cayo Perico Heist 14 | Buy a Sparrow 15 | $1,815,000 |
| Cayo Perico Heist | Whatever you desire | ∞ time |
| Do | Until | Cost |
|---|---|---|
| VIP work | Buy an office 2 | $1,000,000 to $4,000,000 |
| VIP work | Buy a vehicle warehouse 3 4 5 | $1,500,000 to $2,850,000 |
| Import/Export + VIP work | Buy a Buzzard 6 | $1,750,000 |
| I/E + VIP work | Buy a Bunker | $1,165,000 to $2,375,000 |
| I/E + VIP work | Buy the bunker upgrades 7 8 | $598,500 + $1,150,000 |
| I/E + VIP work + bunker | Buy Motorcycle club + meth + cash + cocaine 9 | $200,000 + $910,000 + $845,000 + $975,000 |
| I/E + VIP work + bunker | Buy a nightclub and assign 5 technicians to cocaine, meth, cash, guns and cargo 10 | $1,080,00 to $1,700,000 |
| I/E + VIP work + bunker + nightclub | Buy the nightclub equipment upgrade | $1,425,000 |
| I/E + VIP work + bunker + nightclub | Buy the Terrorbyte 11 | $1,375,000 |
| I/E + VIP work + Client Jobs + bunker + nightclub | Whatever you desire 12 13 | ∞ time |
1: Lasts for 4 hours at a time. See this post for best technique.
2: Become a CEO instead of VIP from this point on.
3: Unlocks Import/Export missions(I/E). You can only change warehouse if it's empty. There are 32 base types of cars that you can source for your warehouse. As long as your Warehouse has 31, or fewer, cars in it and no duplicates you will always source one of the missing base types. License plates don't matter. Basically never have more than 32 cars in your warehouse and immediately get rid of any accidental duplicates. Always do the $100,000 special delivery option with a Top Range vehicle on cooldown.
4: In a solo lobby you will always be attacked by AI.  When delivering a vehicle you can outrun them, but they will keep up with you when sourcing a vehicle. AI doesn't spawn on deliveries if at least 1 person is in lobby that is not in your organization.
5: Gameplay loop becomes: Deliver favorite top end vehicle for 100k(80k profit). Immediately source a vehicle of the type you just delivered to get back to 32 vehicles in warehouse. Do other things until the 20 minute delivery timer expires(20 minutes from when you start the delivery).
6: For VIP work mostly. Not strictly necessary, but speeds up missions. Ignore if you bought the Sparrow from Cayo Heists already.
7: Eventually you will want to do research as there are some nice things to unlock.
8: Bunker takes ~2 hours 20 minutes to use 1 full bar of supply. Sell every time you resupply to only deal with 1 delivery vehicle. Buy your supplies instead of stealing.
9: Businesses need to be in "production" mode for the nightclub, but you don't need any upgrades as we won't actually be keeping them stocked. We only want them for the nightclub passive gain.
10: Sell nightclub stock after 20 hours, when Coke and Meth cap. Can sell earlier but later is a loss.
11: Unlocks Client Jobs mission types. After finishing an I/E delivery, request your Terrorbyte(Interaction menu), then start a vehicle source mission and put the Terrorbyte back in storage.
12: You should get the security upgrades for Bunker and Nightclub at this point. You should also buy and upgrade the small(Speedo Custom) and mid(Mule Custom) size Nightclub delivery vehicle so those are easier.
13: Grind Priority is I/E deliver > I/E source > Nightclub delivery if full > Bunker Delivery if finished > Favorite VIP and Client jobs to fill the gaps. Make sure you take breaks and enjoy other aspects of the game as well. It's no fun if it feels like a job/chore. Also take time to do unlocks for vehicles that you like, such as Arena Wars Motorcycles.
14: Currently the most efficient cash grind solo or grouped, even better than 2/3x $ and rp events. Several guides available such as this one.
15: Generally better than the Buzzard
Vehicle Warehouse: Personal preference. I'd recommend watching a "where they are" video before buying. I chose La Puerta ($2,735,000) as I find it has the best routes to and from.
Bunker: Farmhouse ($2,375,000) or Chumash ($1,650,000)
Nightclub: West Vinewood ($1,700,000), Downtown Vinewood ($1,670,000), Mission Row ($1,440,000) or Strawberry ($1,525,000)
Yacht: None. Adds a daily cost with contact missions.
Hanger: Fort Zancudo ($2,085,000 - $3,250,000) gives "low level" access to the base which lets you enter without getting a wanted level.
Facilities: Whereever you prefer. Used for Doomsday Heists, so skip if you aren't hosting those.
Your businesses cannot be raided unless you are in free roam.
Go to your apartment and watch tv (sit -> watch). You will no longer get disconnected for idle. Do this in a mission that doesn't have a timer(EG Pier Pressure or Cleaning the Cathouse) to avoid daily fees.
Buy Bunker supplies(75k) and wait 15 minutes for them to be delivered then wait for 1 tick to disappear. Buy supplies again(15k) and then go to missions/heists/etc. The second delivery timer won't tick down until you are back in free roam. However your bunker will use all the supplies. The resupply will completely fill the bunker after you spend 15 minutes in free roam again.
Try to buy an office, Vehicle Warehouse, Bunker, and Nightclub near the center of the map. Not the cheapest options.
GTA5 has weekly double $/rp events and sales on various items, including businesses and upgrades. Some double $/rp events may be better to grind while they are active. Reddit maintained site with better formatting
Nightclub, Bunker, and similar will only generate output while your account is in game.
Opressor MkII is great for when you can afford it. Helpful on several VIP/Client jobs and can participate in the "race me for my pink slip" vehicle sourcing missions.
Cargobob can be helpful for solo I/E. If you fly high enough AI enemies will not spawn. Also counts for "Get a Cargobob" step of missions although not as durable.
Crates can be substituted for VIP and Client Jobs. But take longer to set up before a payout and you risk getting $0 for hours of work. VIP and Client Jobs are more consistent.
Dailies: $25,000/day, $100,000 every 7 days in a row, $500,000 every 28 days in a row.
Businesses create output at the end of every tick, all production timers are reset when you "zone/load". If you are grinding contact missions(or any other activity with a lot of zoning) faster than the tick interval, the business will fail to create output. Common tick intervals(with all upgrades):
Only VIP work and Client Jobs pay associates fairly. The CEO can change the cut so a specific Associate gets more. Suggested rotation, w/ a Terrorbyte, that can even be a good alternative for a solo grind.
Can Rotate VIP work + Client Jobs cooldowns between people. Disbanding and joining the next CEO as missions are on cooldown.
Do the Heists. They can provide significant payouts and have several 1 time bonuses.
 Starts at $5k per 15 minutes, raising by 10% every time the CEO completes VIP Work, I/E, or similar and drops 10% every time they die. Caps at $10k per 15 minutes. You also get about $1,250 per hour for good behaviour. If the CEO is willing to afk at a loss and you do not have too many expenses yet, EG no Bunker or later, you could afk watching the same tv and recieve about 41k/hour which is a similar pay rate to a fully upgraded Nightclub. (I cannot get afk $ to work, even though you still get 200rp/minute)
With a weapon locker you can define a custom loadout for free roam. There is room for customization here, this is merely a suggested loadout for PvE.
Broughy Spreadsheet for comparing vehicle top speeds and lap times.
Armored Kuruma: Very resistant to gunfire, great for most missions and heists vs AI enemies.
Insurgent Pickup Custom or Nightshark: Doesn't protect as well from gunfire but can take 4 small explosives before being destroyed. Better vs player enemies than Kuruma.
MkII Opressor: With Explosive rounds update can 1 round most unarmored vehicles. I use it exclusively over Buzzard. Should be stored in your Terrorbyte, when you get one.
Cargobob: Can be used in place of any required for a mission, significantly reducing the time for some I/E missions.
Terrorbyte: Operational hub for all 8 business types, EG resupply missions or vehicle sourcing. Only way to upgrade the Oppressor Mk II. Can take 69 small explosions, such as rockets, fully upgraded while someone is driving. If you request your personal vehicle(if it is the MkII) and then enter the Operations Center before it is delivered, the Mk II will be parked inside.
These timer scripts are built with AHK 1.1.x
Business Timers A multitimer script for tracking business output during gameplay.
Ctrl + Numpad Divide to reset Bunker Timer and Supply
Ctrl + Numpad Minus to reset Nightclub Supply
Ctrl + Numpad Plus to freeze all timers when you start zoning. EG joining contact mission.
Ctrl + Numpad Enter to reset all timers and re-enable them when you have finished zoning.
Current timer setup assumes you have all upgrades.
Mission Timer for more efficient contact grinding. Will tell you to turn in a mission or wait. Reset with numpad divide.


{% extends "base.html" %} {% block content %}
Flask web application designed for UZE Sprinter event.
Author: Frantisek Janus
2017


These charts are all the average of the corresponding metric, for the entire population of a given day.


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The Consumer Financial Protection Bureau (CFPB) accepts consumer complaints about several financial products and makes the data available to the public on consumerfinance.gov. This chart tracks all credit card complaints by company recorded in the public complaint database through April 28, 2015. Hover over each line to see the company name and the total number of complaints filed. The highlighted lines represent companies that have been deemed Systemically Important Financial Institutions (SIFIs) by the US government's Large Institution Supervision Coordinating Committee (LISCC) due to the size and diversity of its financial business. For more information on SIFIs, see this report from the Financial Stability Board and see the Federal Reserve's “Comprehensive Capital Analysis and Review 2015: Assessment Framework and Results,” issued in March 2015, for a full list of US SIFIs. For more information on the LISCC, see its page on FederalReserve.gov.


2 Chronicles 19:4
And Jehoshaphat dwelt at Jerusalem: and he went out again through the people from Beersheba to mount Ephraim, and brought them back unto the LORD God of their fathers.


Books I've read.
For technical book check here
2023
- Outlive: The Science and Art of Longevity by Bill Gifford, MD, Peter Attia [Reading]
- How to Become a People Magnet; 62 Life-Changing Tips to Attract Everyone You Meet by Marc Reklau [Reading]
- Digital Zettelkasten: Principles, Methods, & Examples by David Kadavy
- Steal Like an Atrist by Austin Kleon
- Greenmantle by John Buchan
- The Diary of a Young Girl by Anne Frank
- How to Win Friends and Influence People by Dale Carnegie
- Anything You Want: 40 Lessons for a New Kind of Entrepreneur by Sivers, Derek
- Not Fade Away: A Short Life Well Lived by Shames, Laurence, Barton, Peter
- Greenlights by McConaughey
2021
- Steal Like an Atrist by Austin Kleon
- The Alchemist by Paulo Coelho
- Stillness is the key by Ryan Holiday
- The art of saying NO by Damon Zahariades
- The Total Money Makeover by Dave Ramsey
- Deep Work by Carl Newport
- How to live on 24 hours a day by Bennett Arnold
- Letters to His Son on the Art of Becoming a Man of the World and a Gentleman, 1746-47 (Chesterfield, Philip Dormer Stanhope)
2020
- Don't You Have Time to Think? -- by Richard P. Feynman
- The Richest Man in Babylon -- by George S. Clason
- The Subtle Art of Not Giving a F*ck: A Counterintuitive Approach to Living a Good Life -- by Mark Manson
- Atomic Habits: An Easy & Proven Way to Build Good Habits & Break Bad Ones -- by James Clear
- Unposted Letter -- by Mahatria Ra
- Chanakya Neeti -- by B.K. Chaturvedi
- I want 2 do project tell me what 2 do -- by Shakti Khannan
- Sapiens A Brief History of Humankind -- by Yuval Noah Harari


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otherwith the token in email will expire!


Carmelo Anthony upbeat despite Blazers debut defeat
by Sports DeskCarmelo Anthony maintained an optimistic outlook despite tasting defeat on his Portland Trail Blazers debut on Tuesday.
The 10-time NBA All-Star managed just 10 points after going four-of-14 from the field in a 115-104 loss to the New Orleans Pelicans.
But the 35-year-old forward was delighted to be back in the action after a frustrating time with the Houston Rockets.
"It felt great just to be back into the flow of the game, be back on the court, be back to where I think I belong," Anthony said.
"Just being back out there with the guys again. I think most of all the routine – team bus, team lunch, being around the guys in the locker room – just the routine I've been used to for 17 years now ... so getting back into that. As far as the game goes, it felt good to be back out there.
"As far as conditioning, though, I felt absolutely great out there. There were minor things, but it was more of the flow of things, and getting used to how the team plays and sets and getting used to the guys on the team."
Blazers coach Terry Stotts, whose side have lost 10 of their 15 games, was also content with Anthony's maiden outing.
"To be honest, I thought he looked good," he said. "I thought offensively he got looks, he got good looks at the basket.
"I thought he got fouled at least two or three times taking it strong to the basket. He then came away empty, so that kind of affected his [stat] line.
"But I thought, for having a morning shoot-around, I thought it was pretty good."


We are a club that was originally only competition based--that is, our sole
focus was competing at the Regional and National High School Ethics Bowl every
year. Though this small team format worked well for us, we wanted to expand the
team into a club to get more of our school community engaged in philosophical
discussion, specifically as it pertains to morality. We are proud to announce our
expansion to three branches, beginning in the fall of 2020.
The Ethics Forum comprises a Publication branch, Coordination Affairs branch, and
of course, our Competition branch, which are supervised by Co-Presidents Sarah
Cheyney and Michelle Zhang, as well as Vice President Daniel Lyalin.
Our Publication branch is most interested in the output of engaging content for our
audience as well as facilitating participation in ethical discussion by reviewing
and publishing art and writing submissions from anyone who is interested in
contributing. This bi-annual magazine is coordinated by our Chief Editor, Grace
Chen.
The Coordination Affairs branch seeks to maximize the number of event
opportunities for our team members, and other students who may be interested.
These events include hosting schoolwide panel discussions with special speakers,
hosting recruitment events, and organizing trips to press events such as the PBS Youth
Collective Summit. Members of this branch will work closely with our faculty
advisor, Ms. Hua, to provide these opportunities.
The Competition Branch competes at Columbia University every year at the Regional
High School Ethics Bowl, during the winter. The fall season is spent reviewing
cases, learning about philosophy, and improving eloquent speech. Members work
with our advisor, Steven Alvarez, to strengthen their philosophical background
and critical thinking skills. Upon qualifying for Nationals, our team will spend
approximately one month reviewing cases for the spring National High School
Ethics Bowl, which is hosted at the UNC, in North Carolina.
|
WHAT IS ETHICS BOWL
Discover in detail what Ethics Bowl is, |
MEET THE TEAM Learn about the Stuyvesant's Ethics Bowl team and the people who comprise it. |
ETHICAL INQUIRIES Learn about the Ethical Inquiries (and Where to Find Them) and read some articles. |
|
FEATURED WRITERS
Meet some of the writers of |
CONTACT US Have a complaint, suggestion, or question? Get in touch! |
ADDITIONAL RESOURCES Explore ethics and moral philosophy with these resources. |


Hello! I'm Lorenzo and I'm currently working for Avanade, a cunsultant group partner of Microsoft.... In the last years I worked on mobile games for DeNA Vancouver. Started as a front end developer for web-based games I moved to work on a puzzle/RPG game developed with Unity3D (C#). I really like to focus on UI and UX. Hello! I'm Lorenzo and I'm currently working for Avanade, a cunsultant group partner of Microsoft.... In the last years I worked on mobile games for DeNA Vancouver. Started as a front end developer for web-based games I moved to work on a puzzle/RPG game developed with Unity3D (C#). I really like to focus on UI and UX. Hello! I'm Lorenzo and I'm currently working for Avanade, a cunsultant group partner of Microsoft.... In the last years I worked on mobile games for DeNA Vancouver. Started as a front end developer for web-based games I moved to work on a puzzle/RPG game developed with Unity3D (C#). I really like to focus on UI and UX.
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|
JavaTM 2 Platform Standard Ed. 5.0 |
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.awt.BasicStroke
public class BasicStroke
The BasicStroke
class defines a basic set of rendering
attributes for the outlines of graphics primitives, which are rendered
with a Graphics2D
object that has its Stroke attribute set to
this BasicStroke
.
The rendering attributes defined by BasicStroke
describe
the shape of the mark made by a pen drawn along the outline of a
Shape
and the decorations applied at the ends and joins of
path segments of the Shape
.
These rendering attributes include:
SEG_CLOSE
for more information on the CLOSE segment.
The three different decorations are: CAP_BUTT
,
CAP_ROUND
, and CAP_SQUARE
.
SEG_CLOSE
.
The three different decorations are: JOIN_BEVEL
,
JOIN_MITER
, and JOIN_ROUND
.
Shape
argument. When a Graphics2D
object uses a
Stroke
object to redefine a path during the execution
of one of its draw
methods, the geometry is supplied
in its original form before the Graphics2D
transform
attribute is applied. Therefore, attributes such as the pen width
are interpreted in the user space coordinate system of the
Graphics2D
object and are subject to the scaling and
shearing effects of the user-space-to-device-space transform in that
particular Graphics2D
.
For example, the width of a rendered shape's outline is determined
not only by the width attribute of this BasicStroke
,
but also by the transform attribute of the
Graphics2D
object. Consider this code:
// sets the Graphics2D object's Tranform attribute g2d.scale(10, 10); // sets the Graphics2D object's Stroke attribute g2d.setStroke(new BasicStroke(1.5f));Assuming there are no other scaling transforms added to the
Graphics2D
object, the resulting line
will be approximately 15 pixels wide.
As the example code demonstrates, a floating-point line
offers better precision, especially when large transforms are
used with a Graphics2D
object.
When a line is diagonal, the exact width depends on how the
rendering pipeline chooses which pixels to fill as it traces the
theoretical widened outline. The choice of which pixels to turn
on is affected by the antialiasing attribute because the
antialiasing rendering pipeline can choose to color
partially-covered pixels.
For more information on the user space coordinate system and the
rendering process, see the Graphics2D
class comments.
Graphics2D
| Field Summary | |
|---|---|
static int |
CAP_BUTT
Ends unclosed subpaths and dash segments with no added decoration. |
static int |
CAP_ROUND
Ends unclosed subpaths and dash segments with a round decoration that has a radius equal to half of the width of the pen. |
static int |
CAP_SQUARE
Ends unclosed subpaths and dash segments with a square projection that extends beyond the end of the segment to a distance equal to half of the line width. |
static int |
JOIN_BEVEL
Joins path segments by connecting the outer corners of their wide outlines with a straight segment. |
static int |
JOIN_MITER
Joins path segments by extending their outside edges until they meet. |
static int |
JOIN_ROUND
Joins path segments by rounding off the corner at a radius of half the line width. |
| Constructor Summary | |
|---|---|
BasicStroke()
Constructs a new BasicStroke with defaults for all
attributes. |
|
BasicStroke(float width)
Constructs a solid BasicStroke with the specified
line width and with default values for the cap and join
styles. |
|
BasicStroke(float width,
int cap,
int join)
Constructs a solid BasicStroke with the specified
attributes. |
|
BasicStroke(float width,
int cap,
int join,
float miterlimit)
Constructs a solid BasicStroke with the specified
attributes. |
|
BasicStroke(float width,
int cap,
int join,
float miterlimit,
float[] dash,
float dash_phase)
Constructs a new BasicStroke with the specified
attributes. |
| Method Summary | |
|---|---|
Shape |
createStrokedShape(Shape s)
Returns a Shape whose interior defines the
stroked outline of a specified Shape . |
boolean |
equals(Object obj)
Tests if a specified object is equal to this BasicStroke
by first testing if it is a BasicStroke and then comparing
its width, join, cap, miter limit, dash, and dash phase attributes with
those of this BasicStroke . |
void |
feedConsumer(sun.dc.path.PathConsumer consumer,
PathIterator pi)
|
float[] |
getDashArray()
Returns the array representing the lengths of the dash segments. |
float |
getDashPhase()
Returns the current dash phase. |
int |
getEndCap()
Returns the end cap style. |
int |
getLineJoin()
Returns the line join style. |
float |
getLineWidth()
Returns the line width. |
float |
getMiterLimit()
Returns the limit of miter joins. |
int |
hashCode()
Returns the hashcode for this stroke. |
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final int JOIN_MITER
public static final int JOIN_ROUND
public static final int JOIN_BEVEL
public static final int CAP_BUTT
public static final int CAP_ROUND
public static final int CAP_SQUARE
| Constructor Detail |
|---|
public BasicStroke(float width, int cap, int join, float miterlimit, float[] dash, float dash_phase)
BasicStroke
with the specified
attributes.
width
- the width of this BasicStroke
. The
width must be greater than or equal to 0.0f. If width is
set to 0.0f, the stroke is rendered as the thinnest
possible line for the target device and the antialias
hint setting.cap
- the decoration of the ends of a BasicStroke
join
- the decoration applied where path segments meetmiterlimit
- the limit to trim the miter join. The miterlimit
must be greater than or equal to 1.0f.dash
- the array representing the dashing patterndash_phase
- the offset to start the dashing pattern
IllegalArgumentException
- if width
is negative
IllegalArgumentException
- if cap
is not either
CAP_BUTT, CAP_ROUND or CAP_SQUARE
IllegalArgumentException
- if miterlimit
is less
than 1 and join
is JOIN_MITER
IllegalArgumentException
- if join
is not
either JOIN_ROUND, JOIN_BEVEL, or JOIN_MITER
IllegalArgumentException
- if dash_phase
is negative and dash
is not null
IllegalArgumentException
- if the length of
dash
is zero
IllegalArgumentException
- if dash lengths are all zero.public BasicStroke(float width, int cap, int join, float miterlimit)
BasicStroke
with the specified
attributes.
width
- the width of the BasicStroke
cap
- the decoration of the ends of a BasicStroke
join
- the decoration applied where path segments meetmiterlimit
- the limit to trim the miter join
IllegalArgumentException
- if width
is negative
IllegalArgumentException
- if cap
is not either
CAP_BUTT, CAP_ROUND or CAP_SQUARE
IllegalArgumentException
- if miterlimit
is less
than 1 and join
is JOIN_MITER
IllegalArgumentException
- if join
is not
either JOIN_ROUND, JOIN_BEVEL, or JOIN_MITERpublic BasicStroke(float width, int cap, int join)
BasicStroke
with the specified
attributes. The miterlimit
parameter is
unnecessary in cases where the default is allowable or the
line joins are not specified as JOIN_MITER.
width
- the width of the BasicStroke
cap
- the decoration of the ends of a BasicStroke
join
- the decoration applied where path segments meet
IllegalArgumentException
- if width
is negative
IllegalArgumentException
- if cap
is not either
CAP_BUTT, CAP_ROUND or CAP_SQUARE
IllegalArgumentException
- if join
is not
either JOIN_ROUND, JOIN_BEVEL, or JOIN_MITERpublic BasicStroke(float width)
BasicStroke
with the specified
line width and with default values for the cap and join
styles.
width
- the width of the BasicStroke
IllegalArgumentException
- if width
is negativepublic BasicStroke()
BasicStroke
with defaults for all
attributes.
The default attributes are a solid line of width 1.0, CAP_SQUARE,
JOIN_MITER, a miter limit of 10.0.
| Method Detail |
|---|
public Shape createStrokedShape(Shape s)
Shape
whose interior defines the
stroked outline of a specified Shape
.
createStrokedShape
in interface Stroke
s
- the Shape
boundary be stroked
Shape
of the stroked outline.public void feedConsumer(sun.dc.path.PathConsumer consumer, PathIterator pi)
public float getLineWidth()
Graphics2D
class comments for more information on
the user space coordinate system.
BasicStroke
.Graphics2D
public int getEndCap()
BasicStroke
as one
of the static int
values that define possible end cap
styles.public int getLineJoin()
BasicStroke
as one
of the static int
values that define possible line
join styles.public float getMiterLimit()
BasicStroke
.public float[] getDashArray()
Shape
to be stroked, the user space
distance that the pen travels is accumulated. The distance
value is used to index into the dash array.
The pen is opaque when its current cumulative distance maps
to an even element of the dash array and transparent otherwise.
public float getDashPhase()
float
value.public int hashCode()
hashCode
in class Object
Object.equals(java.lang.Object)
,
Hashtable
public boolean equals(Object obj)
BasicStroke
by first testing if it is a BasicStroke
and then comparing
its width, join, cap, miter limit, dash, and dash phase attributes with
those of this BasicStroke
.
equals
in class Object
obj
- the specified object to compare to this
BasicStroke
true
if the width, join, cap, miter limit, dash, and
dash phase are the same for both objects;
false
otherwise.Object.hashCode()
,
Hashtable
|
JavaTM 2 Platform Standard Ed. 5.0 |
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.