Opening files - currently CSV is only supported
Use the import * method for easier calling. (Sorry classes not done yet)
MAXROWS(x) - how many rows do you want to show (default = 15)
from sciblox import *
%matplotlib inline
maxrows(5)
from jupyterthemes import jtplot
jtplot.style()
x = read("train.csv")
read("train.csv")
Describing and analysing your data:
analyse(x)
You can also change axis to 1 (both ANALYSE and DESCRIBE works)
describe(x, axis = 1)
You can output the analysis to a dataframe
analyse(x, colour = False)
You can also check the data's Frequency Ratio and Variance Thresholds.
It'll try to get outliers highlighted.
varcheck(x)
You can specify thresholds:
varcheck(x, freq = "mean", unique = 0.01)
You can also output the correlation matrix:
corr(x)
corr(x, table = True)
You can also remove correlated columns:
remcor(x, threshold = 0.5)
Plotting is easy. (Currently X,Y,Factor supported)
plot(x = "Survived", y = "Fare", factor = "Embarked", data = x)
plot(x = "Fare", data = x)
plot(x = "Embarked", y = "Sex", data = x)
plot(x = "Age", y = "Parch", factor = "Fare", data = x)
plot(x = "Age", y = "Fare", factor = "Survived", data = x)
plot(x = "SibSp", y = "Embarked", factor = "Survived", data = x)
plot(x = "Fare", y = "Age", factor = "SibSp", data = x)
Use the FILLNA function: (Fancy Impute package, sklearn and xgboost)
%%capture
knn = fillna(x)
knn
You can try MICE / BPCA / SVD methods
%%capture
svd = fillna(x, method = "svd")
bpca = fillna(x, method = "bpca")
mice = fillna(x, method = "mice", mice = "boost")
fillna(x, method = "mice", mice = "tree")
fillna(x, method = "mice", mice = "linear")
mice
You can also get dummies
to_cont(x)
to_cont(x, dummies = False)
codes, df = to_cont(x, dummies = False, class_max = "all", return_codes = True)
codes["Embarked"]
Getting strings is easy. Let's say we want to get Mr/Mrs.. honorifics
Everything is sequential
maxrows(4)
get(x["Name"])
get(x["Name"], split = ", ")
PLEASE TYPE SPLIT1 or SPLIT2 etc when you have more than 1 SPLIT
get(x["Name"], split = ", ", loc = 1, split1 = ". ", loc1 = 0, df = True)
You can also get word frequencies
wordfreq(x)
wordfreq(x["Name"], first = 15)
wordfreq(x["Name"], first = 5, hist = False)
You can also get new columns from wordfreq
getwords(x, first = 5)
You can also discretise columns:
discretise(x["Fare"], n = 5)
discretise(x["Fare"], n = 10, codes = True, smooth = False)
You can also flatten columns:
flatten(x["Name"], lower = False)[0:10]
Getting columns and indexes is easy:
columns(x)
conts(x)
strs(x)
index(x)[0:5]
Getting uniques is easy:
unique(x)["Embarked"]
cunique(x)["Embarked"]
punique(x)
nunique(x["Parch"])
You can sort a dataframe or any datatype:
sort(x, by = ["Name"])
sort([1,2,3,4,1,2])
You can also sort by frequency then length:
fsort(x, by = "Name")
Other methods:
tail(x)
head(x)
random(x)
shape(x)
You can also subset NULL rows / not NULL:
isnull(x)
notnull(x, subset = "Fare")
Cleaning columns is easy:
x["Pclass"] = float(x["Pclass"])
x["Pclass"]
clean(x["Pclass"])[0:10]
Excluding columns, including columns is easy:
inc(x, "Name")
exc(x, "Name")
Reversing columns, reversing lists and reversing dictionaries + reversing booleans:
df = copy(x)
reverse(x["Name"])
phone = {"Daniel":1234,"Michael":32432}
reverse(phone)
(x["Survived"] == 0)
reverse(x["Survived"] == 0)
Horizontal concat, Vertical concat:
df = x[conts(x)]
hcat(mean(df), median(df), iqr(df), var(df), std(df))
df = x[strs(x)]
vcat(nunqiue(x),freqratio(x),count(x))
Resetting indexes:
reset(x)
Easy linear algebra:
C = array([1,2,3],[1,2,3])
A = matrix([1,2,3], [1,2,4], [5,3,2])
B = matrix("1 2 3\
7 673 2\
21321 22 3")
B
T(B)
tile(C,1,2)
J(5)*Z(5)*I(5)
qnorm(95)
pnorm(1.65)
CI(q = 95, data = x["Fare"])
M(tr(A)*diag(A))


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What to tune in the joints?
Here you will connect the encoders, veryfy the H bridge and check that all connections are properly made.
The process is incremental, you will check the things one at a time while doing them. If you make some mistake
the probablity that you damage some hardware is rather small.
Connecting and checking the encoders
You need to connect the encoders to arduino and verify if they are correctly sensed.
Here are the connections:
Power (for both motors)
power (+5v), is the blue wire on the motors. It can go to any of the +5v outputs of the arduino.
GND, is the green wire on the motors. It can go to any of the GND outputs of the arduino.
right motor
phase_a, is the yellow wire, on pin 50 of arduino.
phase_b, is the white wire, on pin 51 of arduino
left motor
phase_a, is the yellow wire, on pin 52 of arduino.
phase_b, is the white wire, on pin 53 of arduino
Once you have done the above connection you can check if it works by manually rotating the wheels.
If you go on the Joints page you should be able
to see the numbers in the field encoder_position changing when you rotate the wheel.
They should increase when you rotate in one direction and decrease when you rotate in the other.
If this is not the case, you made something wrong with the connections. Check them again,
and connect the motors one at a time.
IMPORTANT
Set the correct motor mode before connecting the H Bridge,
and save the parameter to the eeprom.
Connecting and checking the H bridge
Done with the encoders? It is now time to connect the H bridge.
There are three most common types of H bridges, each one has a different way to be controlled.
The current firmware on megag560 supports these three types:
PWM and DIR (h_bridge_type=0):
pin 0: PWM is an analog output, encodes magnitude of the speed, the higher the value the faster the motor will spin)
pin 1: DIR is a digital output. encodes the sign of the speed (_5V, negative, 0V positive)
pin 2: Brake is a digital pin, when set to 1 it sets the bridge in brake mode.
If not used assign it to some unused pin in the board in the range 1-13.
DUAL PWM (h_bridge_type=1):
these bridges use two wires that are mutually exclusive and control two directions of rotation. To get the motor rotating in a direction, they issue the PWM on the corresponding pin and leave the other one to 0.
pin 0: PWM for forward direction, is an analog output
pin 1: PWM for backward direction, is an analog output
pin 2: unused
The red L298N board suggested in MARRtino web site uses this mode.
Half Cycle PWM(h_bridge_type=2): please check the datasheet of the bridge to figure out how to connect the pins.
these bridges use a single wire to encode the both speed and direction of the motor. A 50% of duty cycle means the motor is still,
a 100% means the motor moves forward at maximum speed, a 0% means the motor will move backwards at maximum speed
pin 0: PWM for forward/backward direction, is an analog output
pin 2: enable, when at logical 1 the ridge is powered (optional). Is a digital pin
After setting the pins according to the specs of your board you can safely to connect the H bridge.
After connecting the H bridge, but without connecting the motors, you can check
if everything is right using a tester.
To this end, power the H bridge by connecting the battery in to a 12V source.
In this stage, it is convenient to disable the watchdog, by setting to 0 the watchdog_cycles in
System .
In this way the control we send to the board will be executed forever and we have more
time for debugging.
With a tester at hand measure the voltage in the motor outputs of the bridge.
Joints have 3 working mode as show in following table.
JOINT MODE
ID
Joint Disabld
0
PWM
1
PID
2
For each joint separately, set the joint mode to 1 and issue a speed of 255 in the speed caption, and measure the voltage. You should
get a high value. Be sure you are measuring the correct output. you have 2 motors.
Do the same for with a negative value of -255, and check the voltage. You should a number having an opposite sign
w.r.t before (you are giving a negative voltage after all). Check if the outputs are consistent.
Finally, click the STOP button.
If this does not work, you might have made a mistake.
Check the wires and the pins again, and be sure the H bridge is
of the correct type.
Connecting the motors
Ok, the bridge is working, time to see the wheels moving. Connect
the motors to the output channels of the bridge. Here are the
connections for our two types of H bridge:
Arduino Motor Board
Motor shield out - motors (red + /black -)
L298N
L298N Out1 - Left Motor black
L298N Out2 - Left Motor red
L298N Out3 - Right Motor black
L298N Out4 - Right Motor red
Here you can basically make the following mistakes:
swapping the motors
inverting the motor polarity
None of the above mistakes is destructive, and they can be easily
fixed.
With the motors connected, set joints[0].mode to 1 and issue a 100 in the joints[0].speed box
of the
Joints page.
You should see one of the motors slowly running in one direction.
Check that the encoder_position of the joint 0 is changing.
If this not the case you swapped the motors, and you have to swap the
left and the right motor.
If motor velocity is high and does not depend on the PWM command value,
check that the number reported in "desired_speed" for that joint has
the same sign of the PWM command you issue.
For example, 100 on the joint 0 should result in a positive desired speed, while
-100 should result in a negative one. If this is not the
case, check connections and swap either the encoders connection or
the polarity of the motor on the H bridge.
Repeat the test for the other motor, issuing 100 and -100 in the joints[1].speed field, setting also the joints[1].mode to 1.
Once all is working you can go to the next step.
Open Loop Tuning
Another parameter that is relevant for controlling a motor is the "detach current".
Motors require a minimum voltage to rotate. If you issue a voltage below that level,
the motor will not move and consime power anyway. We don't like this.
So we need to find the minimum voltage (that in our case is the PWM value) to
issue to the motor and expect a movement.
To find this value for each motor individually, start incrementing the pwm command
from "0" to "N" in steps of 10. The pwm_min value is the minimum value for which the motor
moves.
Save this value as "pwm_min" in the corresponding joint parameter.
For "pwm_max" you can leave the default value.
PID tuning
The motors are controlled in closed loop, and they get the feedback from the encoder.
This means during normal operation, you tell the encoder a speed expressed as
ticks per cycle, and the controller will adjust the PWM to match that
value.
Normally the parameters of the PID in the default configuration are adequate.
For a better tuning you can just follow a PID tuning tutorial on the web.
Still you can check that the PID does a decent job.
Enable the PID controller with joints[0].mode equals to 2 and issue a 10 to on the joints[0].speed. You should see
the "desired_speed" in the status_box, and the "encoder_speed" reaching similar values.
Try to brake the motor, and you will see that the controller will increase the PWM
to keep the speed at a desired level.
Do the same with the other motor,
You are done with the joints.
If you reach this step, and all goes well, save the parameters on the EEPROM. Press the button on the bottom of the Joints page.


{% extends "base.html" %}
{% block title %}Events{% endblock %}
{% block content %}
{% load static %}
Comedy Cellar A Cappella Night Christmas Lights Alumni Talks Beer Pong and other activities Sports Event It can be great catching up with old friends, colleagues or relatives. Reunions often spark a bit of nostalgia, and fond memories. Remember the good times with the collection of wise and insightful. There is nothing like returning to a place that remains unchanged to find the ways in which you yourself have altered. We will continue hosting RRR(Relive,Reconnect,Rejoice) events every year for our beloved alumni. Reunion after long separation is even better than one's wedding night! The fun of going to a college reunion: it's seeing the people who you were close to all those years ago, and re-exploring the relationships of the past. I believe biggest reason I attend these events is to feel what it is to be in this place again and I think IIITSAA has done an amazing job to portraite that feeling.
 And the better looking one" - A little spoiler for what you will witness. Four top professional comedians to make you laugh.
See your favorite artist playing and embrace your inner muisician. They are the warrior within sounds, mellifuous, soundlicious, they are Peter Hollens, Dake Sharron and Avi Kaplan.
From Christmas markets and ice-skating rinks, Find out what to see and do as the college is transformed with huge Christmas trees, festive decorations and twinkling London Christmas lights.National Conference Meetup 2.0
"Simplicity is the ultimate sophistication", Event on 8th July, 2020
Don't miss an opprtunity to hear alumni who are interested in sharing their expertise on a wide variety of topics with students and/or fellow alumni.
Who said all alumni events need to be posh affairs? A good, old-fashioned beer pong, live music tournament can go far in bringing back fond memories for alumni — especially younger alumni.
All the people attending the meetup will get a chance to view Red Sox vs Yankees game at Yankee Stadium with a dicounted rate ticket.
Past Events
Relive, Reconnect, Rejoice…


Guard Stan:
Sorry pal, but you don't have anything I'm interested in. Come back when you've got the coins I want, all right? Now run along before before start whispering!


Hello World
14 Apr 2018I have been thinking about blogging for a while. In fact, starting a blog was one of my goals for 2017. Problem was, I never could come up with something to write or so I thought. Perhaps the time just wasn’t right for it.
So why now? I’ve been writing software for quite a while. To date, I have used programming languages like VisualBasic, R, Prolog, C, C++, PHP, Java, JavaScript, Ruby and most recently Elixir. However, my visible track record shows nothing of my coding adventures. To any person that doesn’t know me personally, it would be easy for them to see me as having not been doing anything related to programming for the last 8 or so years. In this regard, I’m now convinced I’m doing a disservice to myself by not blogging.
The second reason I find myself blogging now is that from time to time I find myself wishing I could have a look at some of my old projects. Whether it is to borrow an old technique or to reuse ideas, I’m finding currently that the more software I write the harder it is to remember my state of mind and or underlying rationale when I did some things in old projects. For me, by far, this is the biggest reason to start blogging. I need to write letters to future me. I need to communicate thoughts, ideas and solutions. I find myself searching Google for things I’ve done before and there just is no reason for that. If I documented most of my projects then I’d know exactly where to look when memory fails.
Well, so much for a first rant. Let’s go!


public interface MessageDecoder
We didn't provide any dispose method for MessageDecoder
because it can give you performance penalty in case you have a lot of
message types to handle.
DemuxingProtocolDecoder
,
MessageDecoderFactory
| Modifier and Type | Field and Description |
|---|---|
static MessageDecoderResult |
NEED_DATA
Represents a result from
decodable(IoSession, IoBuffer) and
decode(IoSession, IoBuffer, ProtocolDecoderOutput) . |
static MessageDecoderResult |
NOT_OK
Represents a result from
decodable(IoSession, IoBuffer) and
decode(IoSession, IoBuffer, ProtocolDecoderOutput) . |
static MessageDecoderResult |
OK
Represents a result from
decodable(IoSession, IoBuffer) and
decode(IoSession, IoBuffer, ProtocolDecoderOutput) . |
| Modifier and Type | Method and Description |
|---|---|
MessageDecoderResult |
decodable(IoSession session,
IoBuffer in)
Checks the specified buffer is decodable by this decoder.
|
MessageDecoderResult |
decode(IoSession session,
IoBuffer in,
ProtocolDecoderOutput out)
Decodes binary or protocol-specific content into higher-level message objects.
|
void |
finishDecode(IoSession session,
ProtocolDecoderOutput out)
Invoked when the specified session is closed while this decoder was
parsing the data.
|
static final MessageDecoderResult OK
decodable(IoSession, IoBuffer)
and
decode(IoSession, IoBuffer, ProtocolDecoderOutput)
. Please
refer to each method's documentation for detailed explanation.static final MessageDecoderResult NEED_DATA
decodable(IoSession, IoBuffer)
and
decode(IoSession, IoBuffer, ProtocolDecoderOutput)
. Please
refer to each method's documentation for detailed explanation.static final MessageDecoderResult NOT_OK
decodable(IoSession, IoBuffer)
and
decode(IoSession, IoBuffer, ProtocolDecoderOutput)
. Please
refer to each method's documentation for detailed explanation.MessageDecoderResult decodable(IoSession session, IoBuffer in)
session
- The current sessionin
- The buffer containing the data to decodeOK
if this decoder can decode the specified buffer.
NOT_OK
if this decoder cannot decode the specified buffer.
NEED_DATA
if more data is required to determine if the
specified buffer is decodable (OK
) or not decodable
NOT_OK
.MessageDecoderResult decode(IoSession session, IoBuffer in, ProtocolDecoderOutput out) throws Exception
decode(IoSession, IoBuffer, ProtocolDecoderOutput)
method with read data, and then the decoder implementation puts decoded
messages into ProtocolDecoderOutput
.session
- The current sessionin
- The buffer containing the data to decodeout
- The instance of ProtocolDecoderOutput
that will receive the decoded messagesOK
if you finished decoding messages successfully.
NEED_DATA
if you need more data to finish decoding current message.
NOT_OK
if you cannot decode current message due to protocol specification violation.Exception
- if the read data violated protocol specificationvoid finishDecode(IoSession session, ProtocolDecoderOutput out) throws Exception
decode(IoSession, IoBuffer, ProtocolDecoderOutput)
method didn't process
completely.session
- The current sessionout
- The instance of ProtocolDecoderOutput
that contains the decoded messagesException
- if the read data violated protocol specificationCopyright © 2004–2016 Apache MINA Project. All rights reserved.


The following development environments use Artistic Style as a contributed add-on. It is either embedded in the application or called as a command line program.
Some of the programs are using old versions of Artistic Style. Be sure to check the AStyle version before using.
Atom is a free and open-source text and source code editor for OS X, Linux, and Windows. Artistic Style can be added as a plug-in. Search for formatter-astyle and follow the instructions.
Dev-Cpp is a new and improved fork of the original Bloodshed Dev-C++. It is a free IDE for programming in C and C++. It is bundled with, and uses, the MinGW or TDM-GCC port of the GCC as its compiler. It is currently Windows only. The Artistic Style interface includes a live Preview window.
CodeBlocks is a multi-platform, open source, C++ development environment based on wxWidgets. It has support for multiple compilers and plug-ins for wxWidgets development.
CodeLite is an open source, free, cross platform IDE specialized in C, C++, PHP and JavaScript. It supports all major compilers. There is support for wxWidgets and includes a class generator and a unit test program generator. Code completion is based on Ctags. Also available at this site is wxCrafter, a RAD tool for development of wxWidgets based applications.
jEdit is a programmer's text editor written in Java that runs on any operating system with Java support. A large collection of plug-ins is maintained by a world-wide developer team. AStyle is available as a formatter plug-in.
KDevelop is a multi-platform, integrated development environment for building KDE applications. It supports many programming languages and can be used to develop applications other than KDE.
Monkey Studio is a cross platform IDE written in C++/Qt. Its primary goal was to be a Qt only IDE, but it evolved into a way to support Qt development and any kind of project.
Qt Creator is a cross-platform integrated development environment tailored to the needs of Qt developers. Artistic Style is available as a beautifier plug-in. It can format source code within the editor or format an entire project. There is a help display available to show the effect of each option.
SciTE is a Scintilla based source code editor. Originally built to demonstrate Scintilla, it has grown to be a generally useful editor with facilities for building and running programs. It is currently available for Windows, Linux, and Mac OS operating systems. The Linux and Mac versions are based on GTK+.
Sublime Text is a is a sophisticated text editor for code, markup and prose that includes Artistic Style as a plug-in. Nearly everything in Sublime Text is customizable with simple JSON files. The plug-ins are Python based. Sublime Text is available for Mac OS, Windows and Linux.
tIDE is a full featured open source Java based integrated development environment. It is a small, powerful, quick, efficient, easy and open framework to create 100% Java applications.
UltraEdit is a commercial programmer's text editor for Microsoft Windows, Linux and Mac OS. It can be evaluated for free for 30 days. Artistic Style is included in the Tools Toolbar. It includes an options dialog. The number of indent spaces is passed to Artistic Style is based on the Indent Spaces value defined under Word Wrap/Tab Settings in Configuration based on the file extension of the active file.
Visual Studio, AVR Studio and Atmel Studio are integrated development environments that use AStyle Extension. This is an extension written in C# that formats C/C++ and C# source code using Artistic Style. It can be installed in Visual Studio using the "Tools" > "Extensions and Updates" menu. Search the "Online" entry for "astyle". The source code is available on GitHub.
Visual Studio Code is a programmer's code editor from Microsoft. It has an AStyle Extension that will format source code using Artistic Style. It can be installed from the Extensions panel in VS Code by searching for "astyle". Or it can be downloaded and installed from the Visual Studio Marketplace. Select the "Visual Studio Code" tab and search for "astyle". It adds entries to the default settings file which must be updated in the user settings file.
WinMerge 2011 is a fork of the original WinMerge application published on SourceForge by Thingamahoochie Software. It is a free software tool for data comparison and merging of files. It is useful for determining what has changed between files, and merging changes between versions. The ATL/MFC dependencies have been removed and some useful features have been added. It uses Artistic Style to format the source code.
Artistic Style is a command line program and, as such, does not give you a chance to review the effect of different options before formatting the source code. The following Graphical User Interface program will allow you to review the changes before the code is updated. They allow you to select the options you want without actually updating the source.
Artistic Style Wx is a GUI test program using wxWidgets. It uses an unmodified Artistic Style program in a multi-platform environment. Everything done in the editor is undo-able, including formatting of the entire document. Documents can be reviewed and reformatted using different options. A preview window shows the effect of each option. The downloads contain source code, documentation, and an executable for the Windows version.
These programs were mentioned in previous versions of the News or other documentation. They are included here for reference.
Google Test and Google Mock are frameworks for writing C++ tests on a variety of platforms. Based on the xUnit architecture, it supports automatic test discovery, a rich set of assertions, user-defined assertions, death tests, fatal and non-fatal failures, value- and type-parameterized tests, various options for running the tests, and XML test report generation. Google Mock is a library for writing and using C++ mock methods.
Highlight converts source code to formatted text with syntax highlighting. Output is in several formats including HTML. It supports over 160 programming languages and includes 80 color themes. Highlight is used for the examples in the "Developer Information" section.
Python Tools for Visual Studio is a free, open source plug-in that turns Visual Studio into a Python IDE. It can be switched between Python versions or different Python interpreters. It uses the Visual Studio integrated debugger that enables you to set break points, step through functions, change the current statement, inspect local variables, and perform other operations while debugging.
whatstyle finds a code format style that fits given source files. The program looks at your source code and generates a style definition that fits its original formatting as closely as possible. Several formatters and several programming languages are supported.
The following links contain general information on coding and coding styles.
Indent Style at Wikipedia discusses the common indent styles used in programming. The basic criteria for most Artistic Style predefined styles were taken from this discussion.
Programming style at Wikipedia is a set of rules or guidelines used when writing the source code for a computer program. It is often claimed that following a particular programming style will help programmers to read and understand source code conforming to the style, and help to avoid introducing errors.
Chromium style guide generally follows the Google Style Guide but has extensions beyond the Google style guide. There is interesting information on common C++ Do's and Don'ts.
Google style guides have Google's standards for several programming languages along with a python program to verify the style and an Emacs script for using the style.
Kdelibs Coding Style describes the recommended coding style for kdelibs. It follows the Qt 4 coding style, with one main difference.
LLVM coding standards describe a few coding standards that are being used in the LLVM source tree.
Mozilla’s style guide explains the basic styles and patterns that are used in the Mozilla codebase.
Qt Coding Style is an overview of the coding conventions used when writing Qt code.
These links were mentioned in previous versions of the News. They are included here for reference.
Install Instructions for .NET Framework SDK are instructions for adding x64 platforms to Visual Studio Express 2010. Express editions after 2010 have the x64 platforms already installed. Visual Studio 2010 is the last edition that will work on Windows XP (platform toolset v100). Visual Studio 2012 (platform toolset v110) and higher contains dependencies on Windows API functions that exist only on Windows Vista, Windows 7, and Windows 8. This means that applications built with Visual Studio 2012 and higher would fail to load and execute on Windows XP.


Package algorithms.encoding
Class Huffman
- java.lang.Object
-
- algorithms.encoding.Huffman
-
public class Huffman extends java.lang.Object
Huffman encoding is a compression algorithm that uses entropy and a prefix-free variable length code.prefix-free variable length code (a.k.a. prefix code) -- No codeword is a prefix of any other codeword -- Prefix codes are uniquely decodable Example: 1, 10, 110,111 Prefix-free coding: -- uses a symbol tree for all symbols of message -- usually the most frequently used symbols are at top of tree -- static algorithms have 3 phases for ENCODING (1) read source messages and calculate symbol frequency (2) build symbol code tree, optimized by frequency (3) encode messages using symbol codes -- static algorithms have 3 phases for DECODING: (1) read the stats of the source message (usually the stored symbol table or other means to create it) (2) build the code tree (3) decode the messages
Huffman and Shannon-Fado attempt to assign shorter code words to more frequent symbols. Huffman assigns a symbol to each character based upon the frequency of that character in the text string. The algorithm creates a table of frequency of characters and converts those to variable length binary strings. The most frequent characters use the smallest binary strings. The compressed results are usually 20%-90% of the original size. From Cormen, Leiserson, Rivest, and Stein "Introduction to algorithms": consider only prefix-codes, that is, codes in which no codeword is also a prefix of some other codeword. Encoding for any binary character code is a concatenation of the codewords representing each character of the file. For example, with the variable-length prefix code of Figure 16.3, we code the 3-character file abc as 0.101.100, where “.” denotes concatenation. Prefix codes are desirable because they simplify decoding. Since no codeword is a prefix of any other, the codeword that begins an encoded file is unambiguous. We can simply identify the initial codeword, translate it back to the original character, and repeat the decoding process on the remainder of the encoded file. In our example, the string 001011101 parses uniquely as 0 . 0 . 101 . 1101, which decodes to aabe.- Author:
- nichole
-
-
Nested Class Summary
Nested Classes Modifier and Type Class Description protected static class
Huffman.EncodingSymbols
static class
Huffman.HuffmanEncoding
-
Constructor Summary
Constructors Constructor Description Huffman()
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description protected HeapNode
buildFrequencyCodeTree(gnu.trove.map.TIntIntMap f, int sumF)
protected Huffman.EncodingSymbols
buildSymbolCodeTree(gnu.trove.map.TIntIntMap f, int sumF)
Huffman.HuffmanEncoding
compress(java.lang.String c)
use Huffman encoding to compress the text s.java.lang.String
decompress(HeapNode symbolTree, VeryLongBitString encoded)
decode the Huffman encoded tree.(package private) VeryLongBitString
encode(java.lang.String c, gnu.trove.map.TIntIntMap codeSymbolMap)
encode the text c, given the code symbol map.
-
-
-
Method Detail
-
compress
public Huffman.HuffmanEncoding compress(java.lang.String c)
use Huffman encoding to compress the text s. returns a tree representing the compressed text and the frequency table needed to decode it. The runtime complexity is O(n * log_2 log_2 (n)) where n is the length of the text string c, though can be as high as O(n * log_2(n)) if Fibonacci heap is used.- Parameters:
c
- text to encode- Returns:
- returns the Huffman encoded text and the symbol code map.
-
buildFrequencyCodeTree
protected HeapNode buildFrequencyCodeTree(gnu.trove.map.TIntIntMap f, int sumF)
- Parameters:
f
- map with key=code-point, value=frequency of code-point in original text.sumF
- the sum of all frequencies in f. it's used to assign a maximum bit-length needed by an internal YFastTrie data structure.- Returns:
-
buildSymbolCodeTree
protected Huffman.EncodingSymbols buildSymbolCodeTree(gnu.trove.map.TIntIntMap f, int sumF)
- Parameters:
f
- map with key=code-point, value=frequency of code-point in original text.sumF
- the sum of all frequencies in f. it's used to assign a maximum bit-length needed by an internal YFastTrie data structure.- Returns:
-
encode
VeryLongBitString encode(java.lang.String c, gnu.trove.map.TIntIntMap codeSymbolMap)
encode the text c, given the code symbol map.- Parameters:
c
- uncoded text to be encoded.codeSymbolMap
- map with key = alphabet code point, value = bit-string symbol.- Returns:
- returns the encoding of text 'c', stored as a VeryLongBitString.
-
decompress
public java.lang.String decompress(HeapNode symbolTree, VeryLongBitString encoded)
decode the Huffman encoded tree. runtime complexity is O(N) where N is the number of characters in the original text.- Parameters:
symbolTree
- the symbol code mapencoded
- text- Returns:
- returns the decoded text.
-
-


/**
* Copyright 2016 Google Inc. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
*/
/* eslint-env worker, serviceworker */
const mochaUtils = require('../mocha/utils.js');
self.goog = self.goog || {};
self.goog.SWUtils = self.goog.SWUtils || {
runMochaTests: function() {
return new Promise(resolve => {
const passedTests = [];
const failedTests = [];
var runResults = self.mocha.run();
if (runResults.total === 0) {
resolve({
testResults: {
passed: passedTests,
failed: failedTests
}
});
return;
}
// pass, fail and end events allow up to capture results and
// determine when to publish test results
runResults.on('pass', function(test) {
passedTests.push(mochaUtils.getFriendlyTestResult(test));
})
.on('fail', function(test) {
failedTests.push(mochaUtils.getFriendlyTestResult(test));
})
.on('end', function() {
resolve({
testResults: {
passed: passedTests,
failed: failedTests
}
});
});
});
}
};
self.addEventListener('message', event => {
switch (event.data) {
case 'ready-check':
event.ports[0].postMessage({
ready: true
});
break;
case 'start-tests':
self.goog.SWUtils.runMochaTests()
.then(results => {
event.ports[0].postMessage(results);
});
break;
default:
event.ports[0].postMessage({
error: 'Unknown test name: ' + event.data
});
break;
}
});


Jena is a Java framework for writing Semantic Web applications.
The readme file is in doc/readme.html.
Documentation is in doc/index.html and is avilable on the web http://jena.sourceforge.net/.


Contact
In case of questions or problems regarding HyFed, please contact HyFed developers: Reza Nasirigerdeh, Reihaneh Torkzadehmahani, and Julian Matschinske.Citation
If you use HyFed framework in your study, please cite it as follows:
{{"@misc{hyfed2021,"}} {{" title={HyFed: A Hybrid Federated Framework for Privacy-preserving Machine Learning},"}} {{" author={Nasirigerdeh, Reza and Torkzadehmahani, Reihaneh and Matschinske, Julian and Baumbach, Jan and Daniel Rückert and Kaissis, Georgios},"}} {{" year={2021},"}} {{" journal={arXiv preprint},"}} {{"}"}}


nips nips2009 nips2009-147 nips2009-147-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Raghunandan Keshavan, Andrea Montanari, Sewoong Oh
Abstract: Given a matrix M of low-rank, we consider the problem of reconstructing it from noisy observations of a small, random subset of its entries. The problem arises in a variety of applications, from collaborative ﬁltering (the ‘Netﬂix problem’) to structure-from-motion and positioning. We study a low complexity algorithm introduced in [1], based on a combination of spectral techniques and manifold optimization, that we call here O PT S PACE. We prove performance guarantees that are order-optimal in a number of circumstances. 1
[1] R. H. Keshavan, A. Montanari, and S. Oh. Matrix completion from a few entries. arXiv:0901.3150, January 2009.
[2] A. Frieze, R. Kannan, and S. Vempala. Fast monte-carlo algorithms for ﬁnding low-rank approximations. J. ACM, 51(6):1025–1041, 2004.
[3] E. J. Cand` s and B. Recht. e Exact matrix completion via convex optimization. arxiv:0805.4471, 2008.
[4] M. Fazel. Matrix Rank Minimization with Applications. PhD thesis, Stanford University, 2002.
[5] E. J. Cand` s and T. Tao. The power of convex relaxation: Near-optimal matrix completion. e arXiv:0903.1476, 2009.
[6] J-F Cai, E. J. Cand` s, and Z. Shen. A singular value thresholding algorithm for matrix come pletion. arXiv:0810.3286, 2008.
[7] S. Ma, D. Goldfarb, and L. Chen. Fixed point and Bregman iterative methods for matrix rank minimization. arXiv:0905.1643, 2009.
[8] K. Toh and S. Yun. An accelerated proximal gradient algorithm for nuclear norm regularized least squares problems. http://www.math.nus.edu.sg/∼matys, 2009.
[9] J. Wright, A. Ganesh, S. Rao, and Y. Ma. Robust principal component analysis: Exact recovery of corrupted low-rank matrices. arXiv:0905.0233, 2009.
[10] K. Lee and Y. Bresler. Admira: Atomic decomposition for minimum rank approximation. arXiv:0905.0044, 2009.
[11] E. J. Cand` s and Y. Plan. Matrix completion with noise. arXiv:0903.3131, 2009. e
[12] A. Edelman, T. A. Arias, and S. T. Smith. The geometry of algorithms with orthogonality constraints. SIAM J. Matr. Anal. Appl., 20:303–353, 1999.
[13] P.-A. Absil, R. Mahony, and R. Sepulchrer. Optimization Algorithms on Matrix Manifolds. Princeton University Press, 2008.
[14] D. Achlioptas and F. McSherry. Fast computation of low-rank matrix approximations. J. ACM, 54(2):9, 2007. 9


Conference Update - NDC Oslo 2020 | Software Developers Conference The health and safety of our community is our first priority. As a result of the global COVID-19 virus situation we are transforming our upcoming 2020 events to online. We know an online event can’t fully replace an in-person event, but we are working ha...
How Koenigsegg’s 2.0-Liter No-Camshaft Engine Makes 600 Horsepower The "Tiny Friendly Giant" is a game-changer for internal combustion. Christian von Koenigsegg explains this camless wonder.
Designing Video Games is Hard Work, But the Millions of Angry Players Make It All Worthwhile I’ve sacrificed a lot to become a game designer at a major studio; the one thing that keeps me going: the hordes of anonymous strangers who hate me.
Junghans Max Bill Chronoscope Watch | Black Calfskin 027/4601.00 Classic, clean, and sophisticated. The Junghans Max Bill Chronoscope Watch in Steel and Black is the perfect way to accentuate any look.
Pandemic Ventilator Project This blog documents our attempt to construct a ventilator design for use in a Flu Pandemic that can be made from readily available materials at the last minute. Hopefully, the situation never arrives where this device will need to be used for a pandemic....
Write Less Code The best code is no code at all and the fastest code is the code that never gets executed. The more code software developers write, the more magic they apply, the more opportunities and doors they leave open for the bugs to creep in.
Browser hacking: Let's add JavaScript to the Browser! SerenityOS is open source on GitHub: https://github.com/SerenityOS/serenity Follow me on Twitter: https://twitter.com/awesomekling Support me on Patreon: https://patreon.com/serenityos Sponsor me on GitHub: https://github.com/sponsors/awesomekling Donate ...
Rust/WinRT coming soon My rust adventure continues as I have been furiously working on Rust/WinRT for the last five months or so. I am indebted to Ryan Levick for patiently answering all of my questions and also jumping …
WSL2 will be generally available in Windows 10, version 2004 | Windows Command Line WSL2 will soon be officially available as part of Windows 10, version 2004! As we get ready for general availability, we want to share one additional change: updating how the Linux kernel inside of WSL2 is installed and serviced on your machine.
r/AskReddit - What's a 10/10 album from the last 15 years by a relatively obscure artist/band? 21,422 votes and 13,075 comments so far on Reddit
Copy of Education Companies Offering Free Subscriptions due to School Closings Copy of Education Companies Offering Free Subscriptions due to School Closings : Sheet1
GeekGirlJoy is creating Artificial Intelligence, Simulations & Software | Patreon Become a patron of GeekGirlJoy today: Read 102 posts by GeekGirlJoy and get access to exclusive content and experiences on the world’s largest membership platform for artists and creators.
Building a swipe card jukebox using a Raspberry Pi You know how everybody hates on recipe blogs that start posts with stories even though a) it’s good for copyright and b) stories can tell you a lot of things about humans and the why and how of their food, well if that’s you then you’re going to hate this...
Watchfinder tool | NOMOS Glashütte Automatic or manual? With a date or world time function? A classic white dial or something more colorful? Find the perfect mechanical watch for you today.
MakerDAO gets stress tested as ETH price plummets In the midst of extreme market-wide turmoil, MakerDAO is facing one of its biggest challenges to date. The main form of collateral in the system, Ether, has dropped over 30% in a 24-hour timeframe marking one of the worst days in its short history. This h...
Microsoft announces change to its board of directors /PRNewswire/ -- Microsoft Corp. today announced that Co-Founder and Technology Advisor Bill Gates stepped down from the company's Board of Directors to...
Comcast accidentally published 200,000 “unlisted” phone numbers Comcast made the same mistake once before and had to pay $33 million.


- My name is mohammad al saify
- I am a civil engineer
- I graduated in 2018 from Philadelphia University
- I am a content moderator at Opensooq
Top 10 movies
- The Shawshank Redemption
- The Godfather
- The Dark Knight
- Inception
- Forrest Gump
- Fight Club
- Interstellar
- The Green Mile
- Se7en
- Inglourious Basterds


My Program Repository
Home
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--- title: "Evolutionary Algorithms for Game Playing Agents" excerpt: "Compared Evolutionary Algorithms on Flappy Bird" collection: portfolio --- The aim of this work was to test and compare two evolutionary strategies on games like Flappy Bird and compare their preformance based on average and best scores.


First day riding after a bike tune-up, so smooth and sweet. If you're in Portland definitely check out @AbrahamFixes for excellent service!
6/20/2014, 8:35:39 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
First day riding after a bike tune-up, so smooth and sweet. If you're in Portland definitely check out @AbrahamFixes for excellent service!
6/20/2014, 8:35:39 AM
Favs: 0
Retweets: 0
link


Paste your text below!
How the Word Cloud Generator Works The layout algorithm for positioning words without overlap is available on GitHub under an open source license as d3-cloud. Note that this is the only the layout algorithm and any code for converting text into words and rendering the final output requires additional development. As word placement can be quite slow for more than a few hundred words, the layout algorithm can be run asynchronously, with a configurable time step size. This makes it possible to animate words as they are placed without stuttering. It is recommended to always use a time step even without animations as it prevents the browser’s event loop from blocking while placing the words. The layout algorithm itself is incredibly simple. For each word, starting with the most “important”: Attempt to place the word at some starting point: usually near the middle, or somewhere on a central horizontal line. If the word intersects with any previously placed words, move it one step along an increasing spiral. Repeat until no intersections are found. The hard part is making it perform efficiently! According to Jonathan Feinberg, Wordle uses a combination of hierarchical bounding boxes and quadtrees to achieve reasonable speeds. Glyphs in JavaScript There isn’t a way to retrieve precise glyph shapes via the DOM, except perhaps for SVG fonts. Instead, we draw each word to a hidden canvas element, and retrieve the pixel data. Retrieving the pixel data separately for each word is expensive, so we draw as many words as possible and then retrieve their pixels in a batch operation. Sprites and Masks My initial implementation performed collision detection using sprite masks. Once a word is placed, it doesn't move, so we can copy it to the appropriate position in a larger sprite representing the whole placement area. The advantage of this is that collision detection only involves comparing a candidate sprite with the relevant area of this larger sprite, rather than comparing with each previous word separately. Somewhat surprisingly, a simple low-level hack made a tremendous difference: when constructing the sprite I compressed blocks of 32 1-bit pixels into 32-bit integers, thus reducing the number of checks (and memory) by 32 times. In fact, this turned out to beat my hierarchical bounding box with quadtree implementation on everything I tried it on (even very large areas and font sizes). I think this is primarily because the sprite version only needs to perform a single collision test per candidate area, whereas the bounding box version has to compare with every other previously placed word that overlaps slightly with the candidate area. Another possibility would be to merge a word’s tree with a single large tree once it is placed. I think this operation would be fairly expensive though compared with the analagous sprite mask operation, which is essentially ORing a whole block. Go!
Number of words:
One word per line
Download: SVG
Spiral: Archimedean Rectangular
Scale: log n √n n
Font:
orientations from ° to °
How the Word Cloud Generator Works.
Copyright © Jason Davies | Privacy Policy. The generated word clouds may be used for any purpose.


|
My Project
|
Go to the source code of this file.
Classes | |
| struct | nn_lb_data |
| struct | nn_lb |
Functions | |
| void | nn_lb_init (struct nn_lb *self) |
| void | nn_lb_term (struct nn_lb *self) |
| void | nn_lb_add (struct nn_lb *self, struct nn_lb_data *data, struct nn_pipe *pipe, int priority) |
| void | nn_lb_rm (struct nn_lb *self, struct nn_lb_data *data) |
| void | nn_lb_out (struct nn_lb *self, struct nn_lb_data *data) |
| int | nn_lb_can_send (struct nn_lb *self) |
| int | nn_lb_get_priority (struct nn_lb *self) |
| int | nn_lb_send (struct nn_lb *self, struct nn_msg *msg, struct nn_pipe **to) |
| void nn_lb_add | ( | struct nn_lb * | self, |
| struct nn_lb_data * | data, | ||
| struct nn_pipe * | pipe, | ||
| int | priority | ||
| ) |
| int nn_lb_can_send | ( | struct nn_lb * | self | ) |
| int nn_lb_get_priority | ( | struct nn_lb * | self | ) |
| void nn_lb_init | ( | struct nn_lb * | self | ) |
| void nn_lb_out | ( | struct nn_lb * | self, |
| struct nn_lb_data * | data | ||
| ) |
| void nn_lb_rm | ( | struct nn_lb * | self, |
| struct nn_lb_data * | data | ||
| ) |
| void nn_lb_term | ( | struct nn_lb * | self | ) |


Should I Feel Threatened?
August 16, 2015
Stereotype threat. Growing up, I was vaguely aware of the concept through its cousin, Self-Fulfilling Prophecy. When someone is aware of a stereotype that he believes he might have the power to confirm, he may actually be more likely to do just that.
There are certainly insecurities I've worried about confirming. Whenever I talk to someone about a topic on which I perceive them to be more knowledgeable, for instance, I tend to keep my mouth shut more often for fear of sounding dumb. Then I worry that I appear dumb because I'm not saying anything on the subject. I'm not sure, though, that it qualifies as a stereotype threat because I don't have a stereotype in mind when this happens.Being of mixed race, I never really felt that I 'belonged' to a particular race or even cultural group. I think that carried over into other aspects of my life, and I'm never sure which stereotypes are supposed to apply to me. My insecurities, while very common, are sort of my own, so to speak.
But I don't know...should I be more aware of the stereotypes I'm dealing with? Would it help me fight them off more to recognize when I'm facing a stereotype while being aware of this thing called stereotype threat? It seems like a lot of pressure--to feel responsible for not confirming a stereotype. Like you're letting down everyone facing that stereotype. Think I'll stick with stressing over what people think of me instead of what people think of people like me.


-
Emma Watson Fights For Gender Equality With Powerful UN Speech
www.huffingtonpost.com
Emma Watson formally invited men to join the fight for gender equality in a moving speech on Sept. 21, launching the HeForShe campaign. In her role ...
-
Emma Watson HeForShe Speech at the United Nations | UN Women 2014
www.youtube.com
UN Women Global Goodwill Ambassador, Emma Watson, delivers her moving remarks during the HeForShe Special Event at United Nations Headquarters in New ...
-
Celebrate Zendaya's 18th Birthday
feedone.com
Give Zendaya the best birthday ever! Join her and Convoy of Hope to feed kids at three schools for an entire year.
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Solar energy that doesn't block the view
www.sciencedaily.com
Researchers have developed a new type of solar concentrator that when placed over a window creates solar energy while allowing people to actually see ...
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Mo'ne Davis Becomes Envy Of Every Athlete Who Ever Lived
espn.go.com
Just when you thought life couldn’t get any cooler for Little League sensation Mo’ne Davis, the 13-year old Philadelphia native scored a spot on one ...
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Ferguson Police Department's Race Relations in Spotlight
abcnews.go.com
The Ferguson Police Department has found itself in the spotlight of national attention this week after one of its officers shot and killed an unarmed ...
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With Turf, Women See Unequal Footing
www.nytimes.com
Some of the world’s best female soccer players have been protesting the plan to use artificial turf on all the fields at next year’s Women’s World ...
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2014 All-Star Game MVP Sponsored by Experian
mlb.mlb.com
Thanks for voting! The polls are now closed.
-
Official Richard Sherman 25
www.richardsherman25.com
The only original source of NFL Seattle Seahawks' Richard Sherman. Get the latest Richard Sherman news, blogs, and exclusive RS Gear.
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Football, Kobe Bryant's other passion - FIFA.com
www.fifa.com
The Los Angeles Lakers star, one of the greatest basketball players of all time, spoke to FIFA.com about the influence football has on his life ...
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NANTHEALTH LAUNCHES IN THE UK, UNVEILING INDUSTRY'S FIRST OPEN, ...
nanthealth.com
NANTHEALTH LAUNCHES IN THE UK, UNVEILING INDUSTRY'S FIRST OPEN, INTELLIGENT CLINICAL OPERATING SYSTEM (COS)
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Richard Sherman adds to growing list of 'BODYARMOR' endorsers
www.sportingnews.com
Seahawks Pro Bowl corner Richard Sherman recently became a partner and investor in BODYARMOR, a premium sports drink company that, in a shot time, is ...
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How A Billionaire Seeks To Cognitively Enhance Humans
www.huffingtonpost.com
Dr. Patrick Soon-Shiong is a surgeon, drug developer, entrepreneur and the richest man in American medicine. Since selling the company that makes his ...
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Nike Football: Winner Stays. ft. Ronaldo, Neymar Jr., Rooney, Ibrahimović, ...
www.youtube.com
In this game of winner stays, every touch of the ball proves that football will always belong to those who Risk Everything, even when it matters the ...
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BODYARMOR® SuperDrink - Upgrade Your Sports Drink
drinkbodyarmor.com
BODYARMOR SuperDrink blends Electrolytes, Antioxidants, and Vitamins to provide your body with SUPERIOR NUTRITION + HYDRATION.
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From Dusk Till Dawn: The Series, Season 1
itunes.apple.com
Download From Dusk Till Dawn: The Series, Season 1 on iTunes. Read episode descriptions and customer reviews.
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Kobe finally proving to be human
espn.go.com
The first thing that popped into my head when it became official that Kobe Bryant was going to miss the remainder of the 2013-14 season with a fractur
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Foot Locker x Nike - Kobe Light Bulb feat. Kobe Bryant
www.youtube.com
Kobe Bryant is the da Vinci of basketball, if da Vinci were 6'6" and 205 pounds of solid brain-muscle. And it's Kobe's drive for innovation that ...


Provider to configure the $mdTheming
service.
$mdThemingProvider();
$mdThemingProvider.setDefaultTheme(themeName);
string
string
Default theme name to be applied to elements. Default value is default
.
$mdThemingProvider.alwaysWatchTheme(watch);
boolean
boolean
Whether or not to always watch themes for changes and re-apply
classes when they change. Default is false
. Enabling can reduce performance.


--- # jekyll header level: 2 active: profiles --- {% include header.html %} {% include container-start.html %} {% include breadcrumbs.html %}
This is the narrative for the resource. See also the XML or JSON or Turtle format.
{% include {{[type]}}-{{[name]}}.xhtml %} {% include container-end.html %} {% include footer.html %}


By Grant Yang
Totally Customizable Battle Simulator is a multiplayer strategy video game. You can design and program your own soldiers and make them fight against your friends' soldiers. If you want to play TCBS, follow the instructions here and have fun!
TCBS is inspired by Totally Accurate Battle Simulator by Landfall. It uses Pygame 1.9 and Python 2.7 but still works in Python 3. TCBS also uses PodSixNet written by chr15m (Chris McCormick).
TCBS uses PodSixNet for python3.4 by tborisova (Tsvetelina Borisova) so that some multiplayer features work in Python 3. However, trying to connect to a Python 3 server using Python 2 (And vice versa) will result in an exception.
Visit TCBS on itch.io: https://rotartsi82.itch.io/tcbs
Known Issues: https://github.com/ROTARTSI82/TCBS/issues
Source Code: https://github.com/ROTARTSI82/TCBS


| UUID | Server ID | Manufacturer | Description | Name | Model | Firmware | User | Password | ⮔ |
|---|
| Nr | Ident | ID | Meter | Maker | Last Seen | Class | Server | Type | Visible | Active | UUID |
|---|
| Nr | Ident | ID | Meter | Maker | Last Seen | Class | Server | Type | Visible | Active | UUID |
|---|
| Nr | Firmware | Version | Active | Server |
|---|
Note: Changing the IP-T configuration can lead to the breakdown of the connection.
Note: No other IP-T connection can be active during the execution of the requests below.


PassItOn
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$dht_table_buckets$
Table Buckets
$dht_table_nodes$
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$dht_db_ids$
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$dht_searches_running$
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Node-ID:
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Buffy and Angel
Code Name: Bangel
Seasons Together: 1 and 2
Relationship In-A-Nutshell:
Buffy and Angel's relationship is eventful, to say the least. I mean what does the girl expect when she falls in love with a vampire, that isn't Edward Cullen? But Angel is different and had a soul when he met Buffy. Their relationship semi-began at the end of season one, they both definitely found the other interesting but things didn't pick up really until season two. They also kind of ended abruptly in season two when Angel lost his soul (experiencing a moment of true happiness...) and went on a killing spree. But I mean killing a bunch of people will put a strain on any relationship, right?
PLOT TWIST, Angel comes back from hell in season three but he's not the same old Angel. Buffy rehabilitates him and their relationship continues, even at the disapproval of her friends. Long and confusing relationship short, they break up (for good this time) when Angel moves to Los Angeles to start his own detective business. Although he returns briefly in season seven, Buffy tells Angel that she's cookie dough (yum?); she's not quite done baking yet so she really can't be in a relationship with anyone. Weird analogy but makes sense. I rate this relationship 3 out of 5 stakes. I found their problems pretty annoying and often screamed at the screen that they should really break up. But Buffy Summers never listens to me anyway...


This is the A.R.M.S. Project
Web App Development
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Test purpose
Set up a range of entitys using a bespoke 'component' factory. Each 'component' should include a Wheel entity with an associated Color asset, a Phrase and Line entity, and two Tween animations to move the Wheel across the canvas and change its color. These components will differ only in their vertical positions on the canvas, and the easing function assigned to the movement Tween and the Color asset.
- If the easing functions are working correctly, then each Wheel entity will move along its line in accordance with the requirements of the easing function (for example: -OutIn easings will be the same when reversed as they are when not reversed; -Sine easings will move at a more constant speed than the others; -Back, -Elastic and -Bounce easings are more complex than the others, etc.)
- If the Color asset easing settings are working correctly, then each Wheel's color will appear to be a function of its horizontal position (red on the left, green on the right), not a function of time passed
Known issues (to fix): the 'easeOutInBounce' easing function is incorrect. Also, this demo runs very slowly in Webkit browsers (cause: unknown)
Touch test: not required
Annotated code


Table of Contents - RDoc Documentation
Pages
Gemfile
MIT-LICENSE
README
Active Progress
Current Requirements(important)
Getting Started
Set a hook in your GitHub Repo to handle closed issues
Configure delayed job for Active Progress closed status emails
License
Rakefile
issues}
Gemfile
MIT-LICENSE
README
Active Progress
Current Requirements(important)
Getting Started
Set a hook in your GitHub Repo to handle closed issues
Configure delayed job for Active Progress closed status emails
License
Rakefile
issues}
README
Welcome to Rails
Getting Started
Debugging Rails
Debugger
Console
dbconsole
Description of Contents
Rakefile
Gemfile
MIT-LICENSE
README
Active Progress
Current Requirements(important)
Getting Started
Set a hook in your GitHub Repo to handle closed issues
Configure delayed job for Active Progress closed status emails
License
Rakefile
issues}
README
Welcome to Rails
Getting Started
Debugging Rails
Debugger
Console
dbconsole
Description of Contents
Rakefile
Gemfile
MIT-LICENSE
README
Active Progress
Current Requirements(important)
Getting Started
Set a hook in your GitHub Repo to handle closed issues
Configure delayed job for Active Progress closed status emails
License
Rakefile
issues}
README
Welcome to Rails
Getting Started
Debugging Rails
Debugger
Console
dbconsole
Description of Contents
Rakefile
Gemfile
MIT-LICENSE
README
Active Progress
Current Requirements(important)
Getting Started
Set a hook in your GitHub Repo to handle closed issues
Configure delayed job for Active Progress closed status emails
License
Rakefile
issues}
README
Welcome to Rails
Getting Started
Debugging Rails
Debugger
Console
dbconsole
Description of Contents
Rakefile
README
Welcome to Rails
Getting Started
Debugging Rails
Debugger
Console
dbconsole
Description of Contents
Rakefile
Classes/Modules
ActiveProgress
ActiveProgress::ApplicationController
ActiveProgress::ApplicationHelper
ActiveProgress::Engine
ActiveProgress::Generators
ActiveProgress::Generators::InstallGenerator
ActiveProgress::Issue
ActiveProgress::IssueMailer
ActiveProgress::IssuesController
ActiveProgress::IssuesHelper
ActiveProgress::UsersIssues
Tracker
Tracker::IssueMailerTest
Tracker::IssueTest
Tracker::IssuesControllerTest
Tracker::IssuesHelperTest
Tracker::UsersIssuesTest
Dummy
Dummy::Application
AddDefaultActiveColumn
AddIssueIdIssues
AddRelationUsersIssues
ApplicationController
ApplicationHelper
CreateTrackerIssues
CreateTrackerUsersIssues
Object
Methods
::config — ActiveProgress
#change — AddIssueIdIssues
#change — CreateTrackerUsersIssues
#change — CreateTrackerIssues
#change — AddRelationUsersIssues
#change — AddDefaultActiveColumn
#copy_initializer_file — ActiveProgress::Generators::InstallGenerator
#currently_tracking — ActiveProgress::IssuesController
#index — ActiveProgress::IssuesController
#listen — ActiveProgress::IssuesController
#redirect_to_back_if_valid — ActiveProgress::ApplicationController
#resolved — ActiveProgress::IssuesController
#resolved_alert — ActiveProgress::IssueMailer
#resolved_alert — ActiveProgress::UsersIssues
#track_issue — ActiveProgress::IssuesController
#tracking? — ActiveProgress
#un_track — ActiveProgress::IssuesController


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