{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "bootstrap/fixes.html" as fixes %} {% import "bootstrap/utils.html" as util %} {% block title %}Download Format Help{% endblock %} {% block content %}
| Extension | Label | Format | Description |
|---|---|---|---|
| .png | PNG | Portable Network Graphics | For use in Powerpoint presentations |
| .bel | BEL | Biological Expression Language script | For exchange to other BEL-aware software. Outputs upgraded/canonicalized BEL 2.0 Script. |
| .graphml | GraphML | GraphML | For Cytoscape |
| .csv | CSV | Comma Separated Values | For use in Microsoft Excel, Cytoscape, or other explorers that accept simple formats |
| .sif | SIF | Simple Interaction Format | For use in Microsoft Excel, Cytoscape, or other explorers that accept simple formats |
| .cx | CX JSON | Cytoscape CyberInfrastructure Exchange | For upload and sharing with the Network Data Exchange (NDEx) |
| .json | Node-Link JSON | Node-Link JSON | For custom visualization using D3.js |
| .gpickle | Pickle | Python Pickle | For programmatic use with PyBEL |
| .grp | GRP | Gene Set File Format | For use in the Broad Institute Gene Set Enrichment Analysis (GSEA) software |
| .txt | Citation | Citation List | Exports list of PubMed identifiers in a text file |


class RHMClassifier extends AnyRef
Implementation of the RHM algorithm based outlier detection
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- RHMClassifier
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Instance Constructors
-
new
RHMClassifier(trainData: DataFrame, iterations: Int)
- trainData
training dataset
- iterations
number of iterations to perform
Value Members
-
final
def
!=(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
final
def
##(): Int
- Definition Classes
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final
def
==(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
final
def
asInstanceOf[T0]: T0
- Definition Classes
- Any
-
def
calculateAverageDistances(): Map[String, Double]
Method calculating average distances from the RHMIteration distances
Method calculating average distances from the RHMIteration distances
- returns
map of the subject average distances
-
def
calculateAverageDistancesFor(subjects: DataFrame): Map[String, Double]
Method calculating average distances for given subjects
Method calculating average distances for given subjects
- returns
map of the subject average distances
-
def
clone(): AnyRef
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eq(arg0: AnyRef): Boolean
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-
def
findOutliers(): Set[String]
Alternative method finding outliers.
Alternative method finding outliers. Calculated average distance of the outlier difference from the median of those distances is greater than 1.4286 times median of those differences. Based on the performed test's, this method is more lax than the findOutliersStrict() method.
- returns
set of the outliers
-
def
findOutliersFor(subjects: DataFrame): Set[String]
Alternative method finding outliers from given subjects.
Alternative method finding outliers from given subjects. Calculated average distance of the outlier difference from the median of those distances is greater than 1.4286 times median of those differences. Based on the performed test's, this method is more lax than the findOutliersStrict() method.
- returns
set of the outliers
-
def
findOutliersStrict(): Set[String]
Method finding outliers.
Method finding outliers. Calculated average distance of the outlier is greater than 1.4286 times average distance median. Based on the performed test's, this method is more strict than the findOutliers() method.
- returns
set of the outliers
-
def
findOutliersStrictFor(subjects: DataFrame): Set[String]
Method finding outliers from given subjects.
Method finding outliers from given subjects. Calculated average distance of the outlier is greater than 1.4286 times average distance median. Based on the performed test's, this method is more strict than the findOutliers() method.
- returns
set of the outliers
-
final
def
getClass(): Class[_]
- Definition Classes
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hashCode(): Int
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The following is specifically for StackOverflow. However, the approach works for all of the stackexchange sites, and also for arbitrary "flat" XML files.
The Makefile for converting the 8 files.
The data come from stackexchange data dump. The individual files for StackOverflow are at, e.g,., https://archive.org/download/stackexchange/stackoverflow.com-Badges.7z.
Data from StackOverflow can also be obtained via
Rather than working with the CSV files, it would be better to use these to populate a database and then use SQL to access them.
These files are compressed archive files containing a single XML file. The XML files are quite simple in nature. The actual data are in attributes within <row> elements. Each of the different XML files has a different set of attributes, and within these some attributes appear in all <row> elements, and some do not.
Because of the simple flat/non-hierarchical nature of the data in the files, it is reasonably straightforward to map them to CSV files. For each file, we need to know the set of all possible attributes and then we process each row and output the values for the attributes present in that row in the correct order, skipping thos that are not present and leaving their entries blank.
We can do this in R with this code. However, this reads the entire document into memory and then converts it to a data frame. Given that the PostHistory.xml file is 59 gigabytes, this is not ideal.
Instead, we could use the event parsing model (SAX) and xmlEventParse(). The idea is to process each <row> element as it is encountered, and write its value to the CSV file and then discard that <row>. This reduces the memory in use at any one time to a single row.
Rather than doing this in R, we wrote C code to use the SAX interface and do this directly. The code is on github. This code works for other "flat" XML files, not just these for StackOverflow.
To process the 59Gb PostHistory.xml file takes about 11.5 minutes on a compute server. Compressing the resulting CSV file takes almost exactly 30 minutes!
To convert an XML file in this format to CSV, we tell the sax2csv program the names of the columns (and in the order they are likely to occur). To do this, we need to know the set of all possible attribute names. We can make one pass over the entire file and find the names of all the attributes. Another approach is to get the names of the attributes from the dump of another stackexchange site. This is what we did, using the stats site. And we did the computations in R with
doc = xmlParse("Posts.xml") table(unlist(xmlApply(xmlRoot(doc), function(x) names(xmlAttrs(x)))))
Additionaly, the sax2csv program will write a warning (to stderr) for any attribute that was not in the list of attribute names given by the caller. So one can use this to make a pass over the XML and identify all of the attributes that are used.


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TC-130 Random Damage Predictor
Find out the odds of missiles or mad bomber hitting what you want! Put in your damage sources (missiles means hits enemy only, bomber means hits everyone) on the first line, the enemy board on the second, and your board on the third, and see the exact probabilities. About
Results were calculated exactly.
Results were simulated using {{trials|number}} trials.


Glossary
Geodetic Coordinates (Geodetic Position)
Geodetic Height (Ellipsoidal Height, h)
An accuracy figure representing the stated percentage of probability that any point expressed as a function of two linear components (e.g., horizontal position) will be within the given circle. Commonly used are CEP (50 percent), CE 1-sigma (39.35 percent), and CE (90 percent).
A statement of accuracy based on a statistic whose distribution function is known; e.g., the normal distribution function or bivariate normal distribution function. Errors are stated as some percentage of the total probability of 100 percent; e.g., a 90 percent assurance level. Also called assurance level; error interval; probability interval.
Linear or angular quantities that designate the position that a point occupies in a given reference frame or system. Also used as a general term to designate the particular kind of reference frame or system, such as Cartesian coordinates or spherical coordinates.
Any numerical or geometrical quantity or set of such quantities specifying the reference coordinate system used for geodetic control in the calculation of coordinates of points on the earth. Datums may be either global or local in extent. A local datum defines a coordinate system that is used only over a region of limited extent. A global datum specifies the center of the reference ellipsoid to be located at the earth's center of mass and defines a coordinate system used for the entire earth.
Vertical distance measured along the local plumb line from a vertical datum, usually mean sea level or the geoid, to a point on the earth.
The surface generated by an ellipse rotating about one of its axes. Also called ellipsoid of revolution.
The line of zero geodetic latitude; the great circle described by the semi-major axis of the reference ellipsoid as it is rotated about the semi-minor axis.
A variation of a particular map projection where the center of the projection is located on the equator.
A surface with the same potential, usually gravitational potential, at every point; a level surface.
Cartesian coordinates (X, Y, Z) that define the position of a point with respect to the center of mass of the earth.
Geodetic Coordinates
(Geodetic Position)
The quantities of latitude, longitude, and geodetic height (f, l, h) that define the position of a point on the surface of the earth with respect to the reference ellipsoid.
Geodetic Height (Ellipsoidal
Height, h)
The height above the reference ellipsoid, measured along the ellipsoidal normal through the point in question. The geodetic height is positive if the point is outside the ellipsoid.
The angle between the plane of the Equator and the normal to the ellipsoid through the point in question. Geodetic latitude is positive north of the equator and negative south of the Equator.
The angle between the plane of a meridian and the plane of the prime meridian. A longitude can be measured from the angle formed between the local and prime meridians at the pole of rotation of the reference ellipsoid, or by the arc along the Equator intercepted by these meridians.
The equipotential surface of the earth's gravity field approximated by undisturbed mean sea level of the oceans. The direction of gravity passing through a given point on the geoid is perpendicular to this equipotential surface.
The distance between the geoid and the mathematical reference ellipsoid as measured along the ellipsoidal normal. This distance is positive outside, or negative inside, the reference ellipsoid. Also called geoidal height; undulation of the geoid.
A plane-rectangular coordinate system usually based on, and mathematically adjusted to, a map projection in order that geodetic positions (latitudes and longitudes) may be readily transformed into plane coordinates and the computations relating to them may be made by the ordinary methods of plane surveying.
A horizontal datum specifies the coordinate system in which latitude and longitude of points are located. The latitude and longitude of an initial point, the azimuth of a line from that point, and the semi-major axis and flattening of the ellipsoid that approximates the surface of the earth in the region of interest define a horizontal datum.
A one-dimensional error (such as an error in elevation) defined by the normal distribution function. Stated as a percentage of the probability that any point expressed as a function of a single linear component will be along the given line. Commonly used are Linear Standard Error or 1-sigma Error (68.27 percent), and LE (90 percent).
A function relating coordinates of points on a curved surface (usually an ellipsoid or sphere) to coordinates of points on a plane. A map projection may be established by analytical computation or, less commonly, may be constructed geometrically.
The ratio between a distance on a map and the corresponding actual distance on the earth's surface.
The average height for the surface of
the sea for all stages of the tide, used as a reference for elevations. Also called Sea Level Datum.
A north-south reference line, particularly a great circle through the geographical poles of the earth, from which longitudes and azimuths are determined; or the intersection of a plane forming a great circle that contains both geographic poles of the earth, and the ellipsoid.
An elevation or height referenced to mean sea level.
A variation of a particular map projection where the center of the projection is located neither at a pole, nor on the equator.
The distance of a point from the geoid measured along the direction of gravity at that point, with heights of points outside the geoid being treated as positive.
A line on the earth, or a representation thereof, which represents the same latitude at every point.
A variation of a particular map projection where the center of the projection is located at a pole.
A meridian from which the longitudes of all other
meridians are reckoned. This meridian, of longitude 0°, was traditionally
chosen to pass through the Greenwich Observatory in
An ellipsoid, usually a bi-axial ellipsoid of revolution, whose dimensions closely approach the dimensions of the geoid; the exact dimensions are determined by various considerations of the section of the earth's surface concerned.
A multiplier for reducing a distance in a map projection to the actual distance on the chosen reference ellipsoid.
The radius of a sphere within which there is a specified probability of locating a point. Spherical error is the three-dimensional analog of circular error. Commonly used are Spherical Error Probable (50 percent), and Spherical Error (90 percent).
A vertical datum is the surface to which elevations are referenced. A local vertical datum is a continuous surface, usually mean sea level, at which elevations are assumed to be zero throughout the area of interest.


Use Node.js and Express to build an API that performs CRUD operations on users.
npm install
to download all dependencies listed inside package.json
.
Database access will be done using the db.js
file included inside the data
folder. This file publishes the following methods:
find()
: calling find returns a promise that resolves to an array of all the users contained in the database.
findById()
: this method expects an id
as it’s only parameter and returns the user corresponding to the id
provided or an empty array if no user with that id
is found.
insert()
: calling insert passing it a user object will add it to the database and return an object with the id
of the inserted user. The object looks like this: { id: 123 }
.
update()
: accepts two arguments, the first is the id
of the user to update and the second is an object with the changes
to apply. It returns the count of updated records. If the count is 1 it means the record was updated correctly.
remove()
: the remove method accepts an id
as it’s first parameter and upon successfully deleting the user from the database it returns the number of records deleted.
Now that we have a way to add, update, remove and retrieve data from the provided database, it is time to work on the API.
npm run server
from the root folder (where the package.json file is). The server is configured to restart automatically as you make changes.
Users in the database conform to the following object structure:
{
name: "Jane Doe", // String, required
bio: "Not Tarzan's Wife, another Jane", // String
created_at: Mon Aug 14 2017 12:50:16 GMT-0700 (PDT) // Date, defaults to current date
updated_at: Mon Aug 14 2017 12:50:16 GMT-0700 (PDT) // Date, defaults to current date
}
Inside index.js
add the code necessary to implement the following endpoints:
| Method | URL | Description |
|---|---|---|
| POST | /api/users |
Creates a user using the information sent inside the request body .
|
| GET | /api/users | Returns an array of all the user objects contained in the database. |
| GET | /api/users/:id |
Returns the user object with the specified id .
|
| DELETE | /api/users/:id |
Removes the user with the specified id and returns the deleted user.
|
| PUT | /api/users/:id |
Updates the user with the specified id using data from the request body . Returns the modified document, NOT the original.
|
When the client makes a POST
request to /api/users
:
If the request body is missing the name
or bio
property:
400
(Bad Request).
{ errorMessage: “Please provide name and bio for the user.” }
.
If the information about the user is valid:
201
(Created).
500
(Server Error).
{ error: “There was an error while saving the user to the database” }
.
When the client makes a GET
request to /api/users
:
500
.
{ error: “The users information could not be retrieved.” }
.
When the client makes a GET
request to /api/users/:id
:
If the user with the specified id
is not found:
404
(Not Found).
{ message: “The user with the specified ID does not exist.” }
.
500
.
{ error: “The user information could not be retrieved.” }
.
When the client makes a DELETE
request to /api/users/:id
:
If the user with the specified id
is not found:
404
(Not Found).
{ message: “The user with the specified ID does not exist.” }
.
500
.
{ error: “The user could not be removed” }
.
When the client makes a PUT
request to /api/users/:id
:
If the user with the specified id
is not found:
404
(Not Found).
{ message: “The user with the specified ID does not exist.” }
.
If the request body is missing the name
or bio
property:
400
(Bad Request).
{ errorMessage: “Please provide name and bio for the user.” }
.
If there’s an error when updating the user:
500
.
{ error: “The user information could not be modified.” }
.
If the user is found and the new information is valid:
request body
.
200
(OK).
To work on the stretch problems you’ll need to enable the cors
middleware. Follow these steps:
cors
npm module: npm i cors
.
server.use(cors())
after server.use(express.json())
.
Create a new React application and connect it to your server:
/api/users
endpoint in the API and show the list of users.


{% extends "header.html" %} {% block body %}
Assuming you have the machine learning data file downloaded, then you're ready to learn how to parse the data.
The data set we have mimics exactly having visited the web pages at the time, only we're not actually needing to visit the page. We have the full HTML source code, so it is just like parsing the website, minus the bandwidth use.
First, we're going to want to know what the corresponding date is to our data, then we're going to pull the actual data.
To start:
import pandas as pd import os import time from datetime import datetime path = "X:/Backups/intraQuarter"
Above, we're importing pandas for the Pandas module, os so that we can interact with directories, time and datetime for managing time and date information.
Finally, we define "path," which is the path to the intraQuarter folder (you need to unzip the original zip file you downloaded from this website).
def Key_Stats(gather="Total Debt/Equity (mrq)"): statspath = path+'/_KeyStats' stock_list = [x[0] for x in os.walk(statspath)] #print(stock_list)
Here, we begin our function, with the specification that we're going to try to collect the Debt/Equity value.
Statspath is the path to the stats directory.
stock_list is a quick one-liner for loop that uses os.walk to list out all contents within a directory.
Next:
for each_dir in stock_list[1:]: each_file = os.listdir(each_dir) if len(each_file) > 0:
Above, we're cycling through every directory (which is every stock ticker). Then, we list "each_file" which is each file within that stock's directory. If the length of each_file, which is a list of all of the files in the stock's directory is greater than 0, then we want to proceed. Some stocks have no files/data.
for file in each_file: date_stamp = datetime.strptime(file, '%Y%m%d%H%M%S.html') unix_time = time.mktime(date_stamp.timetuple()) print(date_stamp, unix_time) #time.sleep(15) Key_Stats()
Finally, we run a for loop that pulls the date_stamp from each file. Our files are stored under their ticker, with a file name of the exact date and time from the information being pulled.
From there, we explain to date-time what the format for our date stamp is, then we convert to a unix time stamp.


artwork not downloading, did I muck about too much
-
pointless
Hiya, I've used synergy for quite a while now and have developed this problem. Backstory, I added artwork manually for about 90% av my itunes library and then flaked out and removed the lot (saving a grand total of a pittance). And now I find that synergy refuses to even look for artwork online, does it think that the tracks have artwork because it once actually had? My artwork folders are painfully empty, could you give me an idea of something that might work to fix this maybe? I miss those nice little pics in the left corner of my screen. I'm barely listening to music anymore... it's too depressing.
In any case, the keyboard controls are still awesome... Thanks for creating this beautiful piece of code so that I could buy it and feel really cool... I'm really not... to be honest...
With a bunch of thanks and a hope to hear from someone. /Jonny
-
Greg Hurrell
Well the basic approach that Synergy takes is to see if it has art on disk (in ~/Library/Application Support/Synergy) and if not, ask iTunes, and if iTunes says that it has no art then it tries asking Amazon (strictly speaking it doesn't ask immediately but instead puts the request in a queue and fires of queries at intervals).
There are a number of trouble-shooting steps you can take to find out what's actually happening under the covers, like:
- checking the Library folder to see if there's anything in there
- asking iTunes if it has art via AppleScript to see if its telling the truth or not; for example, try this in the script editor:
Code:tell application "iTunes" to get data of front artwork of current track
- use a program like Little Snitch to confirm that Synergy really is making connections to Amazon
- you can get even lower down and snoop the actual traffic between Synergy and Amazon using the tcpdump command-line tool, but it's fairly tricky and requires you to know your way around the command-line and the tcpdump man page
-
pointless
Thanks for responding so swiftly.
I checked the synergy folder in the library. It was empty. I tried the applescript for a few songs (not good at scripting, didn't know what I was looking for) it reported a "1" for every track I tried. None of the tracks had artwork visible in itunes btw.
Installed Little snitch and it reported that something wanted to connect to an ip I looked up to be amazon.com property.
Also tried it all on another account with the same lack of results.
Going lower is a tad out of my league.
From all this one question pops up, does the "1" I got out of the script mean that itunes think the music has art or that it doesn't?
Oh, and could reinstalling the music do any good? Just removing all music from itunes and putting it back in again?
Well... with a tired thank you for listening and an even more tired hope to hear from you I'm signing off.
/Jonny
-
Greg Hurrell
If the album has artwork and you try running that AppleScript then you should see something that starts like this and runs on for many pages:
Code:
Reply
This topic is now closed.


Pie chart demonstrating a monochrome color scheme. Monochrome color schemes can make certain charts easier to understand, as it helps readers to focus on the content instead of the colors. There can also be accessibility benefits to using this kind of color scheme, both fo color blindness and tactile mediums, as long as there is a clear separation between slices.


What price will you pay? To what ends will you go to to find happiness? For Jedidiah Forbes, he will try and strive all his days for something he loves. But is it ever enough? Will our efforts pay off? Or will we all end as Romeo and Juliet?
Find Out MoreChina. A land of wonder, excitement, and riches. For young Jedidiah Forbes, China is an awe inspiring place. But, China is only one of many magical places that a young Lieutenant aboard his Father's merchant vessel gets to see and visit. Of all the lands Jed gets to see, all the Majesty, all the power, he chooses 18th century Los Angeles to become his home. Why? Why else does a man do anything but for love. Yes, the love of Mara De La Cruz, the daughter of a rich Don, is what ties the heart of the young sailor to the deserts and forests of California. Together Mara and Jed discover love. Fleeing into the desert to escape the murderous anger of Mara's Father, nothing but their love for each other can guide Jed and Mara through to the other side and to freedom. Many years pass away, years of happiness and joy. They have a son, build a home, and go to church. But alas, it is not to last. Returning home, Jed stumbles upon a sight of horror. Mara raped and murdered. After killing the man responsible, Jed has to return to California and end it all in order to protect his young son.


(Attention: These are the class notes for the Lambda School pre-course instruction workshop. This is meant to serve as an accompaniment to the class)
In this lesson we will cover:
this
Keyword
In the last lesson we introduced Arrays. Arrays are containers that hold
collections of data. In this lesson we will introduce another data
container, the Object. Objects and arrays are similar in some ways and
very different in others. Where arrays hold multiple items related to each
other, Objects will hold a lot of information about one thing. Objects are
instantiated by using braces ({}
).
Unlike arrays that have index valued items, objects use a concept called key:value pairs. The key is the identifier and the value is the value we want to save to that key. The syntax is “key: value”. Objects can hold many key:value pairs, they must be separated by a comma (no semi-colons inside of an object!). Keys are unique in an object, there can be only one key of that name. Although, multiple keys can have the same value. Values can be any Javascript type, string, number, boolean, array, function or even another object. In this demo we will create a user object.
const user = {
username: "dan.frehner",
password: "abc123",
lovesJavascript: true,
favoriteNumber: 42,
};
Once we have key:value pairs we can access those values by calling the object name and the key. There are two different ways to do this, dot notation and bracket notation.
With dot notation we can just call the object name, a dot, and the key
name. Just as we call the .length
property on an array (hint:
the length property is a key:value pair):
Bracket notation is just like calling an item on an array, although with brackets we MUST use a string or number, or variable pointing to a string or number. Each key can be called by wrapping it with quotes:
const passString = "password";
user["lovesJavascript"]; // true
user["username"]; // dan.frehner
user[passString]; // abc123
In the wild you will see brackets almost always being used with variables.
Assigning values works just like accessing them. We can assign them, when we create the object, with dot notation, or with bracket notation:
const newUser = {
isNew: true,
};
const loveJSString = "lovesJavascript";
newUser.username = "new.username";
newUser["password"] = "12345";
newUser[loveJSString] = true;
If we want to remove a property we can do it using the
delete
keyword:
It is rare we will see the use of the delete
keyword, many
find best practice to be setting the value of a keyword to
undefined
. It will be up to you when the time comes.
In objects, values can be set to functions. Functions saved on an object
are called methods. We have used plenty of methods so far throughout this
course. .length
, .push
, .pop
, etc,
are all methods. We can set a key to a name, and the value to a function.
Just like other times we call methods, we will call this method using dot
notation and trailing parentheses (note: we can call a method with
arguments just as we would a normal function):
const newObject = {
sayHiMethod: function () {
console.log("Hi Everyone!");
},
};
newObject.sayHiMethod(); // Hi Everyone!
Sometimes we want to iterate over each key:value pair in our object. With
arrays we used a standard for loop and an index number variable. Objects
do not contain numerical indexes so the standard loop will not work for
objects. Javascript has a second type of for loop built in called the
“for…in” loop. It is slightly different syntax, it starts the same but in
the parentheses we will declare a variable, the keyword in
,
and the name of the object. This will loop over each key in the object and
finish when all of the keys have been iterated over. We can use this key,
and bracket notation, in our for loop to access the value associated with
that key.
const user = {
username: "dan.frehner",
password: "abc123",
lovesJavascript: true,
favoriteNumber: 42,
};
for (let key in user) {
console.log(key);
console.log(user[key]);
}
// username
// 'dan.frehner'
// password
// 'abc123'
// lovesJavascript
// true
// favoriteNumber
// 42
Objects have a self referential keyword that may be applied in each object
called this
. When called inside of an object it is referring
to that very object. this
can be used to access other keys in
the same object, and is especially useful in methods:
const user = {
username: "dan.frehner",
password: "abc123",
lovesJavascript: true,
favoriteNumber: 42,
userSaysHi: function () {
console.log(this.username + " says hi!");
},
};
user.usersaysHi(); // 'dan.frehner says hi!'
Note: the this
keyword can sometimes be one of the more
difficult topics in Javascript. We are using it very basically here, but
the topic gets much more complex very soon.
In this lesson we learned what Objects are and the many ways to access
values, call methods, and assign values. Many of these techniques looked
very familiar, as if we had used them in virtually every aspect of our
learnings so far. There is a pattern here, that is because EVERYTHING in
Javascript is an Object. Arrays are just objects with numerical keys,
Strings are objects under the hood with built in methods, functions are
actually objects with their own special properties, the entire Javascript
runtime is an object (window
in a browser, or
global
in Node.js). The more you work with Javascript the
more this will start to make sense to you. Just remember, everything is an
object.


One way to see exponentials is as numbers decomposed into “infinite roots”. Look at Bernoulli’s original formulation of $e$:
By abusing notation and using $dx$ to mean the equation’s infitesimally small number, we can rewrite as
which is $e$’s decomposition into its infinite root $1+dx$, and it’s easy to see why the derivative of $e^x$ is $e^x$:
Other (non-negative) numbers can be similiarly decomposed:
The last step follows from the substitution of $n\ln a$ for $n$ in Bernoulli’s formula above. Thus, a base $a$ number grows at a rate $\ln a$ times $e$’s unit growth rate.


This week, we're continuing our discussion of graph theory and working on some more difficult topics
As you can see, there's not a lot of things up there to look at! However, these are tricky topics that you'll really need to understand for competitions. But if you're wanting more the Maximum Flow Problem also shows up at ACM, but is fairly complex. Beware! Here's a great problem that you can use to work through building out maximum flow, along with teasing out the graph structure.


{% block sidebar %}
This awesome blog is made on the top of our Favourite full stack Framework 'Django', follow up the tutorial to learn how we made it..!


Package com.hackergym.samples.array.questions
|
100%
successful |
Classes
| Class | Tests | Failures | Ignored | Duration | Success rate |
|---|---|---|---|---|---|
| DeleterTest | 13 | 0 | 0 | 0.003s | 100% |
| DynamicArrayTest | 7 | 0 | 0 | 0.003s | 100% |
| IntegerConverterTest | 6 | 0 | 0 | 0.001s | 100% |
| IntervalMergeTest | 3 | 0 | 0 | 0.001s | 100% |
| LRETest | 5 | 0 | 0 | 0.001s | 100% |
| LongestIncreasingTest | 7 | 0 | 0 | 0s | 100% |
| MagicIndexTest | 8 | 0 | 0 | 0s | 100% |
| MatrixZeroerTest | 3 | 0 | 0 | 0s | 100% |
| MaximumSubarrayTest | 6 | 0 | 0 | 0s | 100% |
| MnemonicTest | 2 | 0 | 0 | 0s | 100% |
| PagedArrayTest | 11 | 0 | 0 | 0.035s | 100% |
| PainterTest | 6 | 0 | 0 | 0.002s | 100% |
| PermutatorTest | 7 | 0 | 0 | 0s | 100% |
| PivotTest | 4 | 0 | 0 | 0s | 100% |
| Problem1Test | 11 | 0 | 0 | 0s | 100% |
| Problem2Test | 24 | 0 | 0 | 0.003s | 100% |
| Problem3Test | 9 | 0 | 0 | 0s | 100% |
| Problem4Test | 11 | 0 | 0 | 0.001s | 100% |
| ReverseTest | 4 | 0 | 0 | 0.001s | 100% |
| SpiralTraverserTest | 3 | 0 | 0 | 0s | 100% |
| StockPriceTest | 4 | 0 | 0 | 0.001s | 100% |
| StringMultiplicatorTest | 3 | 0 | 0 | 0s | 100% |
| SubstringTest | 9 | 0 | 0 | 0s | 100% |
| TranslatorTest | 5 | 0 | 0 | 0s | 100% |
| WhiteSpaceTest | 6 | 0 | 0 | 0.001s | 100% |


FROM MR.MAZURI MARTINS
JOHANESSBURG,2001
REPUBLIC OF SOUTH AFRICA.
PHONE+27 73 130 8560
<EMAIL_ADDRESS>STRICTLY CONFIDENTIAL
Dear:Sir/Madam,
You may be surprised to receive this letter from me since you do not know me personally. I am Mr. Mazuri Martins the first son of Mr.Philip Mazuri, who was recently murdered in the land dispute in Zimbabwe .I got your contact through the internet network online hence I decided to write you.
Before the death of my father, he travelled to Johannesburg to deposit the sum of US$ 25.5Million (Twenty Five Million Five Hundred Thousand United States Dollars) only, in one of the private security/finance companies, as if he foresaw the looming danger in Zimbabwe. This money was deposited in the security / finance company as family valuables and consignment to avoid much demurrage from the Security Company. This amount was meant for the purchase of new machines/ farm machineries and chemicals for the farms and establishment of a new farm in Swaziland because he is the chairman of the farmers association while Mum was the treasurer.
This land problem came ( and is still on ) when our President Mr. Robert Mugabe introduced a new Land Act reform which wholly affected the rich white farmers and some few black farmers. This resulted to the killing and mob action by the Zimbabwean war veterans and some lunatics in the society hijacked the opportunity. In fact, lot of people were killed because of this land reformed Act for which my father was one of the victims, the news about the crisis in Zimbabwe is every where both in the CNN and BBC.
It is against this background that, I and my family who are currently staying in South Africa now decided to transfer my father's money to a foreign country since the law of South Africa prohibits refugees(political asylum seekers) to open any bank account or to be involved in any financial transaction throughout the territorial zones of South Africa. As the eldest son of my father, I am saddled with the responsibility of seeking a genuine foreign partner with a good bank account where this money could be transferred into without the knowledge of my government who are bent on taking everything.
All I seek for is your seriousness, for I am entrusting my future and that of my family into your hands .I must also let you know that this transaction is 100%risk free. If you accept to assist my family and me all I want from you is for you to make arrangements and come to Johannesburg - South Africa (if possible), so that you can help me open a non-resident account in your name which will aid us in transferring the money into any account you will nominate outside South Africa . This money I intend to use for investment in a good business venture.
I have two options for you, firstly you can choose to have certain percentage of the money for nominating your account for this transaction, or you can go into partnership with me for the proper profitable business investment of the money in your country. Whichever option you want, feel free to notify me. I will also map out 5% of this money for all kinds of expenses we
might incur in the process of this transaction. If you do not prefer a partnership I am willing to give you 20% of the money while the remaining 75% will remain for me and my family. If you are really capable and willing to assist me please contact me immediately with my alternative e-mail address<EMAIL_ADDRESS>above for faster communication.
Finally, please give this matter the urgent attention it deserves as I am in dire need to leave this country.
Kindly send me your private phone and fax number for easy communication.
Best regards,
Mr.Mazuri Martins
(For the Family)


We’ve spent three decades developing reliable commercial truck routing for the transportation industry.
Our dedicated team of mapping specialists have built a comprehensive digital map of the North American road network which includes the most comprehensive set of commercial truck restrictions you won’t find anywhere else.
Further your investment and reduce out of route mileage with our cab navigation powered by our industry-leading software. Using advanced routing algorithms and map data, RMS Route Management Srvice will generate the same route plan for drivers, creating true route compliance between the back office and the cab.


{% extends "base_level.html" %} {% block level_content %} {{title}}: {{subtitle}} Play Story About Tutorial Levels {% include "level_select.html" %} {{story}} more_vert Lorem Ipsum Dolor {{problem}} Continue Congratulations! You have successfully completed this level. Would you like to continue to the next level? Continue Stay Solve Problem more_vert Lorem Ipsum Dolor {{task1}} {{hint1}} Submit Task more_vert Lorem Ipsum Dolor {{task2}} {{hint2}} Submit Task more_vert Lorem Ipsum Dolor {{task3}} {{hint3}} Submit Task more_vert Lorem Ipsum Dolor Version: {{version}} New features and changes: {{added}} Bug fixes and improvements: {{fixed}} Lorem ipsum dolor sit amet: Qui sint ut et qui nisi cupidatat. Reprehenderit nostrud proident officia exercitation anim et pariatur ex. {% endblock %}
You have successfully completed this level. Would you like to continue to the next level?


Each year the IFC awards a number of scholarships to recognize some of its highest achieving members. The 2015 IFC scholarships and a short description of each can be found below.
This award is meant to help a graduating senior further their education by rewarding him with a $2,000 scholarship. Graduate school is a large contributor to debt among students due to their increased independence and this scholarship will help to ease this burden. This scholarship is for a senior in one of the IFC chapters who has showed desire in their field throughout their career at University of Delaware and will be used to further their education through financial compensation. Among the qualifications that will be considered include: an applicant’s involvement in his fraternity, future plans, undergraduate performance and answers to the essay questions.
Download ApplicationThis award was established by the Interfraternity Council of the University of Delaware in honor of Matthew Lenno. It is meant to recognize students in our Greek Fraternities for their achievements in academics, leadership, and community service. Matt Lenno devoted seven years of his life as the Director of Greek Life, helping to transform our Greek nation into a prestigious, nationally recognized system. In his honor we present one $2000 scholarship to one Greek undergraduate student who we see fits those attributes best.
Download ApplicationThis scholarship was founded with the intent to reward high achieving individuals committed to community service in our Greek Community. The Interfraternity Council will reward an outstanding applicant who engages in volunteer activity during their spring break and will represent the UD Greek Community well. There will be a total of 3 - $500 scholarships awarded.
Download ApplicationAll forms are due April 15th to the VP of Academics John Brennan's mailbox located in room 218 of Trabant. For any questions or concerns please contact John at jwbrenn@udel.edu


My first header tag
Opens a new tab
Opens a new tab to Discogs
This link goes nowhere
- First, get bread, PB and J
- Then, spread PB & J onto bread
- Enjoy!
These are 5 bands I enjoy
- Anberlin
- August Burns Red
- The Almost
- Nomvdic
- Prison
Table
| Animal Class |
Animal Name |
| Mammal |
Hyena |
| Reptile |
Lizard |
| Bird |
Parrot |
| Dog |
Goldendoodle |
| Magical |
Dragon |
Youtube Video


overrideContext: OverrideContext
The "parallel" or "artificial" aspect of the binding scope. Provides access to the parent binding context and stores contextual bindable members such as $event, $index, $odd, etc. Members on this object take precedence over members of the bindingContext object.


Arrays and LoopsArraysPerhaps the first data structure that we see is one that we do not even need to build, and it's the array. Array is a built in type in Java, similar, but not quite like the Python list. An array is well an array. It's not an Object, it's an array. An array can hold primitives or references to other types. One caveat, it can only hold the same type. That is, an array of ints can only have ints. Nothing else. In order to use an array, like everything in java, we must declare it. The declaration for an array is type[]. So let's say I wanted to make an array of ints, then I can do something like int[] arr;. Now to actually construct the array, we use this syntax. int[] arr = new int[4]; Unlike Python lists, Java arrays are fixed length. So arr has a length of 4. And the length of the array that arr is pointing to will always remain 4. If you recall, Python allowed you to make a list literal, that is a list with values already in it. Java lets you do that too. The syntax looks like so Java array literal
int[] arr = new int[] {1, 2, 3}; You specify the values of the array in curly braces. Now if you are declaring and initializing at the same time, you can actually leave the new int[] out. So the following also works Java array literal when declaring and initializing at same time
int[] arr = {1,2,3}; That's fine, however if I had a method foo that took in an int array, I must include the new int[]. This works
foo(new int[]{1,2,3}); // foo takes in an int array This doesn't
foo({1,2,3}); LoopsNow, we know how to make arrays, and you can certainly now use it. If you made it, you know exactly how long it is, and you can index into it and get everything. But what if someone just passed in an array? You have no guarantees, and if you try and index outside of the length of the array, you'll get an IndexOutOfBoundsException. Basically, you tried to get at something that's not there. So let's look at a method that does some array processing. Array Processing in Java with a while loop
public void process(String[] arr) { int i = 0; while (i < arr.length) { System.out.println(arr[i]); i++; } } So what we have here is a while loop, and it will essentially keep incrementing i as long as it's less than the length of the array, which we got by accessing the array's length field. You have probably seen while loops before in CS61A. One notation that you might have not seen is the ++ operator. What it does is basically increment the variable i by 1. Java added it since it is such a common operation. It also has a sister operator, –. There are some crazy things that you can do with these operators, but for your sanity, I suggest only using it by itself in its own line to increment. Now this type of structure, iterating through something, is so common that Java adds an even more concise way of coding it up, because making us type more really is a crime. And that is the for loop. Array Processing in Java with a for loop
public void process(String[] arr) { for (int i = 0; i < arr.length; i++) { System.out.println(arr[i]); } } This code does the exact same thing as the while loop above, except that the initialization, loop condition, and update are now in one line instead of split across three lines. That's great, it means it takes less time for us to write up the loop. There is one difference though and that is in the scope of i. If you don't remember what scope is, scope is where you can access a variable. In the while loop processing code, because we initialized i before the while loop, we can still use it after. The scope of i is the entire process method. On the other hand, with the for loop, the scope of i is only in the for loop. That means that you cannot use i outside of it. That means that code like the following will not work. Example of Invalid Scope
public void process(String[] arr) { for (int i = 0; i < arr.length; i++) { System.out.println(arr[i]); } System.out.println(i); } There is one last way to iterate through an array, and that is what is called an enhance for loop, or a for each loop. As you saw, the for loop above is a bit different from the for loop you might be familar with from Python. The for each loop however might be more inuitive. Array Processing Using an enhanced for loop
public void process(Stirng[] arr) { for (String s: arr) { System.out.println(s); } } In an enhanced for loop, you have a variable, in this case s, that takes on the values that are stored in the array one at a time. Each iteration of the loop, s updates to the next item. This is exactly like Python's for loop. And as you can see, it's differed from regular Java for loop, where we had an index that is getting incremented. You can use an enhanced for loop with Objects other than arrays. It just needs something called an Iterable. I will save that for yet another note. Demystifying main and multidimensional arraysWtih this knowledge, you now can understand a bit more about the method signature of Java's main method, public static void main(String[] args). As you know now, main takes in an array of Strings. Where exactly do those Strings come from? They come from the command line. When you run a program, say Foo, if you type in things after it, Java will turn them into a String array, where spaces delimit each String. Command Line Arguments
$ javac -g Foo.java $ java Foo bar bazz In the above code, bar and bazz are the command line arguments. So in main, the value of args will be an array, {“bar”, “bazz”}. One last thing in this note that I want to mention are multidimensional arrays. Simple put, it's an array of arrays (of arrays of arrays…). For example, a 2D array something you may use often, especially if you are representing board, such as in checkers or chess. To declare a multidimensional array, the syntax is sort of intuitive. A 2D array is declared as so type[][] arr. We just added another pair of square brackets to show that there is another dimension. As stated before, it's merely an array of arrays. Now, a lot of the times, you will deal with multidimensional arrays that are even. For example, if I had this, int[][] arr = new int[2][3];. This is a 2 dimensional array, 2 by 3. So arr.length is 2, and then arr[0].length is 3. Now there may be times when you don't have multidimensional arrays that are this even. For example, you might have a triangular looking array. The code below creates such a case Making a triangular 2D array
int[][] arr = new int[5][]; for (int i = 0; i < 5; i++) { arr[i] = new int[i + 1]; } Try and follow the code and draw out what the array looks like. Although these cases are probably not common for this class and life in general (I think), knowing they exist and knowing how to deal with them can be very helpful. |


|
Bosch XDK110 Solace MQTT App
2.0.1
MQTT Reference Application for the Bosch XDK110
|
Structure for stats. More...
Data Fields | |
| uint32_t | mqttBrokerDisconnectCounter |
| uint32_t | wlanDisconnectCounter |
| uint32_t | statusSendFailedCounter |
| uint32_t | telemetrySendFailedCounter |
| uint32_t | telemetrySendTooSlowCounter |
| uint32_t | telemetrySamplingTooSlowCounter |
| uint32_t | retcodeRaisedErrorCounter |
| char * | bootTimestampStr |
| uint32_t | bootBatteryVoltage |
| uint32_t | currentBatteryVoltage |
Structure for stats.
| uint32_t bootBatteryVoltage |
boot battery voltage
| char* bootTimestampStr |
the boot timestamp string
| uint32_t currentBatteryVoltage |
current battery voltage
| uint32_t mqttBrokerDisconnectCounter |
number of mqtt broker disconnects since boot
| uint32_t retcodeRaisedErrorCounter |
number of errors passed through Retcode_RaiseError() to AppStatus_ErrorHandlingFunc()
| uint32_t statusSendFailedCounter |
number of status messages failed to send
| uint32_t telemetrySamplingTooSlowCounter |
number of telemetry sampling cycles missed
| uint32_t telemetrySendFailedCounter |
number of telemetry messages failed to send
| uint32_t telemetrySendTooSlowCounter |
number of telemetry messages publish too slow
| uint32_t wlanDisconnectCounter |
number of WLAN disconnects since boot


Non-engineering interests
Cooking
Reading
Yoga
Coffee
(Below is a rare cup where crappy art actually happened)
home


Press n or j to go to the next uncovered block, b, p or k for the previous block.
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| Packages that use org.javasimon.jmx | |
|---|---|
| org.javasimon.jdbc4.jmx | Work in progress: MX beans specific to Simon JDBC driver. |
| org.javasimon.jmx | JMX capabilities for Simons. |
| Classes in org.javasimon.jmx used by org.javasimon.jdbc4.jmx | |
|---|---|
| StopwatchSample
Value object for retrieving data from Stopwatch Simon. |
| Classes in org.javasimon.jmx used by org.javasimon.jmx | |
|---|---|
| AbstractSimonMXBeanImpl
Common functionality for JMX bean for a single Simon that corresponds to AbstractSimon in the core package. |
|
| CounterMXBean
Interface for MX Bean representing a particular Counter . |
|
| CounterSample
Value object for retrieving data from Counter Simon. |
|
| JmxReporter
Utility class for registering JMX beans that can be used to access Simon manager and Simons. |
|
| SimonInfo
Value object for retrieving Simon name and type info via Simon MXBean ( SimonManagerMXBean ). |
|
| SimonManagerMXBean
Interface of Simon management bean (MXBean) representing single point of access to a particular Simon Manager . |
|
| SimonSuperMXBean
Interface with common methods for JMX beans for a single Simon that corresponds to AbstractSimon in the core package. |
|
| StopwatchMXBean
Interface for MX Bean representing a particular Stopwatch . |
|
| StopwatchSample
Value object for retrieving data from Stopwatch Simon. |
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TABLE OF INTERACTIONS WITH
HYDROCORTISONE
See also: potassium lowering agents
From the French ANSM drug interactions document of September 2016, p. 108
HYDROCORTISONE RxNorm: 5492 ATC: A01AC03 A07EA02 D07XA01 H02AB09 S01BA02 S01CB03 S02BA01 D07AC16 D07CA01 S01CA03 S02CA03 S03CA04 D07BA04 S01BB01 D07AB11 D07AB02 D07BB04 R01AD60 |
ENZYMATIC INDUCERS CLASS CODE: N03-J05-001 |
Risk of decrease of the effectiveness of the hydrocortisone (increase of its metabolism); the consequences are serious when the hydrocortisone is administered in replacement therapy or in case of transplants |
Precaution for use Clinical and biological monitoring; adjustment of the dosage of the hydrocortisone during the time it is taken with the enzymatic inducer and after the enzymatic inducer is stopped. |


{% load static %} {% include "app/_header.html" %}
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This chart formerly used the drawing API rect object - however now it simply uses two Bar charts - the second of which is transparent and overlays the first.
This goes in the documents header:<script src="RGraph.common.core.js" ></script> <script src="RGraph.common.key.js" ></script> <script src="RGraph.common.dynamic.js" ></script> <script src="RGraph.common.tooltips.js" ></script> <style> .RGraph_tooltip {padding:10px!important;} .RGraph_tooltip table {border-collapse:collapse;} .RGraph_tooltip table td:nth-child(1) {font-weight:bold;padding:3px;} .RGraph_tooltip table td:nth-child(1) {background-color:#ddd;} .RGraph_tooltip table td:nth-child(2) {padding-left:10px;} </style>Put this where you want the chart to show up:
<canvas id="cvs" width="600" height="250"> [No canvas support] </canvas>This is the code that generates the chart - it should be placed AFTER the canvas tag(s):


Component Class
Description here
Copyright (c) 2016 ItsAsbreuk - http://itsasbreuk.nl
New BSD License - http://choosealicense.com/licenses/bsd-3-clause/
Item Index
Methods
Methods
blur
()
chainable
Blurs the Component.
componentDidMount
()
componentDidMount does some initialization.
componentWillUnmount
()
componentWillMount does some initial setup.
componentWillUnmount
()
componentWilUnmount does some cleanup.
focus
(
chainable
-
[transitionTime]
Sets the focus on the Component.
Parameters:
-
[transitionTime]
Number optionaltransition-time to focus the element into the view
handleClick
(
-
e
Callback-fn for the onClick-event.
Will invoke this.props.onChange
Parameters:
-
e
Object
handleNoClick
(
-
e
Callback-fn for the onClick-event in case the Component is disabled or readOnly.
Parameters:
-
e
Object
render
()
React render-method --> renderes the Component.
Returns:
ReactComponent
Properties
abortOnUnmount
Boolean
Whether to abort running requests at the time the component gets unmounted
Default: false


Exact segmentation: dynamic programming¶
Description¶
The method is implemented in ruptures.detection.Dynp
.
Roughly speaking, it computes the cost of all subsequences of a given signal. The number of computed costs is of the order \(\mathcal{O}(Kn^2)\), where \(K\) is the number of change points and \(n\) the number of samples. This has to be multiplied by the computational cost of computing the approximation error on one sub-sequence. Consequently, piecewise constant models are significantly faster than linear or autoregressive models.
Computational cost is drastically reduced when considering only a subsample of possible change
points.
When calling ruptures.detection.Dynp.__init__()
, the minimum distance between change points
can be set through the keyword 'min_size'
; through the parameter 'jump'
, only change
point indexes multiple of a particular value are considered.
Usage¶
import numpy as np
import matplotlib.pylab as plt
import ruptures as rpt
# creation of data
n, dim = 500, 3
n_bkps, sigma = 3, 5
signal, bkps = rpt.pw_constant(n, dim, n_bkps, noise_std=sigma)
# change point detection
model = "l1" # "l2", "rbf"
algo = rpt.Dynp(model=model, min_size=3, jump=5).fit(signal)
my_bkps = algo.predict(n_bkps=3)
# show results
rpt.show.display(signal, bkps, my_bkps, figsize=(10, 6))
plt.show()
Code explanation¶
-
class
ruptures.detection.
Dynp
(model='l2', custom_cost=None, min_size=2, jump=5, params=None)[source]¶ Find optimal change points using dynamic programming.
Given a segment model, it computes the best partition for which the sum of errors is minimum.
-
__init__
(model='l2', custom_cost=None, min_size=2, jump=5, params=None)[source]¶ Creates a Dynp instance.
- Parameters
model (str, optional) – segment model, [“l1”, “l2”, “rbf”]. Not used if
'custom_cost'
is not None.custom_cost (BaseCost, optional) – custom cost function. Defaults to None.
min_size (int, optional) – minimum segment length.
jump (int, optional) – subsample (one every jump points).
params (dict, optional) – a dictionary of parameters for the cost instance.
- Returns
self
-
fit
(signal)[source]¶ Create the cache associated with the signal.
Dynamic programming is a recurrence; intermediate results are cached to speed up computations. This method sets up the cache.
- Parameters
signal (array) – signal. Shape (n_samples, n_features) or (n_samples,).
- Returns
self
-
fit_predict
(signal, n_bkps)[source]¶ Fit to the signal and return the optimal breakpoints.
Helper method to call fit and predict once
- Parameters
signal (array) – signal. Shape (n_samples, n_features) or (n_samples,).
n_bkps (int) – number of breakpoints.
- Returns
sorted list of breakpoints
- Return type
list
-


Leave now. Before it's too late.
I'll get a nice UI and buttons redirecting people eventually.
Append /r/something to the end of the url. Substitute anything for something.
But not literally /r/anything. Anything but that.


My final project is a globe, where a put 4 countries, BRAZIL, US, SOUTH COREA AND HONG KONG, to represent my friends on this class, all the americans, Gun from corea and Peter and Kai from china.
I started designing my globe in the CorelDraw. After that I 3d printed It, than I started lazer cuting peaces of cardboard in the shape of the countries, I painted the pieces and now I Have my final project done


Additional options for Slack RTL - Under Construction
-
Options to consider
Avatar and Name: < *always left* | according to first line | always right>
Contain RTL letter: < always right | *right when first* | always left>
LTR letters only: < *always left* | always left | inherit from previous line>
Non-alphabetic letters only: < *always left* | always left | inherit from previous line>


Everyday Champions Centre/Church needed a solution to play slideshows/music/video on screens around the building. The media needed to change at various points during the day, and on different days.
We have 3 main “profiles” that we need to cater for in the building:
- Conference media for during the week
- Church media for Sundays
- Media for the youth club on a Friday evening
We initially tried using an Apple TV, but we found it to be fairly faffy because we had to store images on Flickr or a computer, and have different albums and playlists for the the different profiles. That meant that we had to have a computer on all the time with iTunes open, and manually navigate to the slideshow. It soon became incredibly apparent that this was not a decent solutions
Cue the pi…
I decided that we needed to build something that was more suitable to what we needed. After a quick search around the internets for a similar project, nothing came up that looked like it was going to be any good, so we decided to build one.
We laid out the following criteria:
- Automatic scheduled profile changing
- Ability for centre staff to add/remove images/videos
- Play music from Spotify playlists
- Easily add new profiles and edit the play schedule
The first prototype for the player achieved the specification.
We built the system largely in PHP, using Mopidy for integration with Spotify, omxplayer for video playing and fbi for image stills. The actual media player was not physically accessible, so control for the system was over HTTP.
But lo and behold if Spotify didn’t change their API, screwing up the playlist playback.
We are currently in the process of building a new version of this system, more up to date, with a better UI.
Updates will be made accordingly.


| Map |
| misunderstanding of the actual GUI |
| is it possible formatting (italic, bold, ..) the text in the... |
| what are the alerts? |
| how use the trash can? |
| there is a view where see the full text of long sentence? |
| how make the new UI ready to go? |
| Create the list of the view layout. |
| login/logup/logout |
| login lateral panel | ||
| login page: centered with a beauty meaning image | ||
| Create the list of the request feature of the D. that we wan... |
| Idea/issue/post valuation system (insubstantive/ inappropria... |
| Idea/issue/post rating system (5 values) |
| Create an account/log up |
| Logout |
| Login |
| Public user account information: name, description, history,... |
| Watchlist of the Maps/Issues/Ideas/Posts | ||
| Map/Issue/Ideas/post Bookmarks |
| Recent browser history |
| Raccomandation |
| Search function | ||
| Use the comment platform of the D. | ||
| We have 4 important items in the D.: idea, issue, positive p... |
| The new D. will be used as comments platform inside an onlin... |
| We can add description and images to the title of the map |
| We create some static html pages of a fake newspaper, that w... |
| We can put the doc of the Help in a Gitbook project (write i... |
| We can manage the login in an iframe. |


Allen Jules is a wanted man
by Darren HandschuhAllan Clayton Gabriel Jules is a wanted man.
The Vernon North Okanagan RCMP are requesting the public’s assistance in locating the Vernon man.
Jules is wanted on six outstanding warrants for breaching conditions.
Police have made numerous attempts to locate Jules, however have been unsuccessful.
Jules is described as an Aboriginal male, 25 years old, 6' tall, 190 pounds with brown hair and brown eyes.
Anyone with information on Jules, or where he might be, is asked to contact the Vernon North Okanagan RCMP at<PHONE_NUMBER>. Or remain anonymous by calling Crime Stoppers at 1-800-222-8477, or leaving a tip online.


South Carolina boy, 10, was shot dead by friend handling gun: sheriff
by Robert GeartyA South Carolina sheriff's office investigating the Nov. 15 death of a 10-year-old boy said Monday that the child was accidentally shot in a friend’s mobile home as the friend was handling a handgun.
Dylan Twitty’s family had been demanding answers about his death since he was found on the ground between two mobile homes bleeding from a gunshot wound to the chest by a boy who had just gotten off a school bus, according to reports.
“After extensive work over the last 11 days investigators have determined that the victim in this case was killed by another ten-year-old male child during the handling of a 9 mm pistol inside a mobile home,” the Lancaster County Sheriff’s Office said in a news release.
MYSTERY HORSE ATTACKS THAT HAVE KILLED SEVERAL ANIMALS LEAVE SOUTH CAROLINA INVESTIGATORS STUMPED
The mother of the boy who pulled the trigger was charged Nov. 19 with neglect for leaving her son home alone, according to the news release.
The sheriff's office says the mother kept the gun under a mattress and her son took it out.
“The boys were playing in the living room of the home, and the pistol discharged one time while the child who lived in the home was handling it,” the news release said.
Investigators spoke to the child twice — once on the night of the incident and again on Nov. 22.
During an interview with Fox News, Dylan’s mother said investigators told her that after the shooting, the other boy dragged Dylan out of the home and left him where he was found.
MEMORIAL HELD FOR TWO KIDS WHO DIED IN CALIFORNIA VAN CRASH
Delia Twitty, 44, said she was told that the boy then went back into the house and cleaned up the blood.
“It’s a very sad, tragic thing,” she said.
Dylan was a fifth-grader at Erwin Elementary School in Lancaster, where he was a straight-A student.
CLICK HERE FOR THE FOX NEWS APP
Twitty said her son had just been inducted into the Beta Club at Erwin because of his grades.
She told the Lancaster News last week that Dylan wanted to be a police officer when he grew up.
“He was always telling me stuff like, ‘Make sure you put your seatbelt on,’” she told the paper. “He had such a good sense of right and wrong, and he just wanted everybody to do the right thing."


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Importing Skins
1. Unzip or move the skin's folder into the "skins" folder alongside the others.2. Add your skin's name to the comma-seperated list in "skins.ini". The name you should use is the name of the skin folder.
3. The skin should be imported. Click the "Change Skin" button in jtool until you reach your skin.


Thank you for registering in Credo API Portal. Please confirm your email by visiting the link below:
https://api.credo.science{% url 'confirm_email' token=token %}


From Active Record Transactions:
Transactions are protective blocks where SQL statements are only permanent if they can all succeed as one atomic action.
The classic example is a transfer between two accounts where you can only have a deposit if the withdrawal succeeded and vice versa.
Transactions enforce the integrity of the database and guard the data against program errors or database break-downs.
So basically you should use transactions whenever you have a number of statements that must be executed together or not at all.
More examples can be found in the RelationshipTest
class.
Given a DBObject
class instance, developer can call transaction()
method on it, causing the start of the transaction. The method will return a transaction identifier.
from twisted.internet.defer import inlineCallback @inlineCallbacks def do_some_pen_operations: pen = Pen() txn = pen.transaction()
In this example, we will be using a Pen
object, which extends DBObject
class.
WARNING: pseudocode!
from twisted.internet.defer import inlineCallback @inlineCallbacks def do_some_pen_operations: pen = Pen() pen.transaction() pen.owner = "Luke" yield pen.save() pen.use() /* do something with the pen */ /* check if the owner is still Luke, after use */ if pen.owner == "Luke": yield pen.commit() else: /* owner has changed, cannot apply ! */ yield pen.rollback()
In this example, we use the same transaction across different objects, to bind all operations on them to same handler.
WARNING: pseudocode!
from twisted.internet.defer import inlineCallback @inlineCallbacks def do_some_financial_operations: money = Balance() txn = money.transaction() account = Account(transaction=txn) money.total = 100 account.total = -100 yield money.save() yield account.save() try: money.commit() /* or account.commit() */ except Exception, e: money.rollback()
After a rollback or commit, the transaction is closed. You need to call transaction()
method again
to start a new transaction.
Depending on DB engine, you cannot call save on a DBObject
instance if same class type has an open transaction
(not committed yet), because the code will block waiting for the first transaction to finish. If the first open transaction will finish
before operation timeout, save will be done, otherwise will get executed after the transaction timeout of the DB engine. For example :
WARNING: pseudocode!
from twisted.internet.defer import inlineCallback @inlineCallbacks def do_some_pen_operations: pen = Pen(color="red") pen.transaction() /* start transaction only on pen */ another_pen = Pen(color="blue") /* this is not in transaction */ yield pen.save() /* code will block here utile DB engine timeout ... after that save() will throw an Exception */ /* after that, neither pen and another_pen are really save, the former because commit has not been called, * the latter because the DB engine throwed an exception */ yield another_pen.save() /* not executed at all */ yield pen.commit() yield another_pen.commit()


(private) new DwellTimer(eam, options)
Dwell Timer
Parameters:
| Name | Type | Description |
|---|---|---|
eam |
EAM.Eam | |
options |
EAM.Dwell.Options | Initial configuration. |
- Source:
Members
(private, inner) model
Properties:
| Name | Type | Description |
|---|---|---|
model |
EAM.Dwell.DwellTimer.Model |
- Source:
Methods
flush(restart)
Save current activity duration.
Parameters:
| Name | Type | Description |
|---|---|---|
restart |
Boolean | Indicates new state of activity. |
- Source:
total() → {EAM.Duration}
Get total activity duration.
- Source:
Returns:
Duration in seconds.
- Type
- EAM.Duration
(private, inner) saved() → {EAM.Duration}
Get previous activities duration.
- Source:
Returns:
Duration in seconds.
- Type
- EAM.Duration
(private, inner) unsaved() → {EAM.Duration}
Get current activity duration.
- Source:
Returns:
Duration in seconds.
- Type
- EAM.Duration
Type Definitions
Model
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
saved |
EAM.Duration | Saved activity duration in seconds. |
started |
EAM.Time | Boolean | Time of the last activity or False when none. |
- Source:


New Note 10 With 108MP Camera Comes To Australia
by Tegan JonesA brand new Note 10 is about to hit Australia with a huge 108MP camera. But it isn't being released by Samsung.
Chinese phone company Xiaomi also has a range of 'Note' devices and it's most recent version, the Mi Note 10, is on its way.
It's the world's first smart phone to include Samsung's new 108MP sensor. Making up the rest of the penta camera setup at the rear of the device are 5MP and 12MP telephoto lenses, a 20MP ultra wide-angle sensor and a 2MP sensor for macro photography.
The cameras also offer up to 50x digital zoom - similar to Huawei's P30 Pro that was released earlier this year.
At the front of the device you'll find a 32MP selfie camera that has an AI powered portrait mode for night shots.
As for the other specs you'll find a 6.47-inch AMOLED display with fingerprint scan functionality, a Snapdragon 730G processor, 6GB RAM, 128GB storage and a 5,260mAH battery with 30W fast charge. There's even a headphone jack!
You can pre-order the Mi Note 10 now for $888 in either aurora green, glacier white or midnight black. It will ship in early December.
Considering that camera set up and some of those specs, that seems like a damn good price and we can't wait to put it through its paces.


A quick and sloppy single page set up for personal use that shows a selection of iframes to websites that are useful for quick checks when making choices on where and when to surf, kayak, or paddle board in the Houston, Texas area.
Blue is gage height & red is threshold for low level paddlers. LINK TO ORIGINAL


This intention extracts the condition of a
while
statement and places the negated condition in an
if
statement inside the while loop.


--- layout: page title: "Videos" description: "Selection of my videos at youtube" header-img: "img/video-frame.png" --- {% for video in site.data.video-playlist %}


Diabetes is a medical condition where by the blood sugar , also known as blood glucose, is too high.
There are different kinds of diabetes i.e;
Type 1 diabetes is an autoimmune disease where by the immune system attacks and destroys cells in the pancreas, where insulin is made.
This later results in a persons blood sugar hitting the roof.
To avoid high blood sugar one should avoid the following;
Type 2 diabetes is a lifelong disease that keeps your body from using insulin the way it should.
People with type 2 diabetes are said to have insulin resistance.
The following are the top 3 foods which should be avoided by people with this condition;
The telltale sign is a blood test that show your blood sugar (blood glucose) level is higher than normal but not yet high enough to be considered diabetes.
Do you want a planned diet table mailed to you on a daily basis?
Click the button below to get today's meals.


Further on templates¶
In previous tutorial, we managed to create a notification from template. In this part, we will make the most from templates.
Multiple lines¶
As I said in previous tutorial, not each zroya.TemplateType
supports multiple lines of text. So make
sure you pick the right one - for example zroya.TemplateType.ImageAndText4
. You may set up to three lines of
text to it.
# zroya is imported and initialized
template = zroya.Template(zroya.TemplateType.ImageAndText4)
template.setFirstLine("Hi, I am NotifyBot.")
template.setSecondLine("It is nice to meet you.")
template.setThirdLine("How are you?")
zroya.show(template)
At the moment, zroya supports up to three lines - each one is set by it’s own function -
zroya.Template.setFirstLine()
, zroya.Template.setSecondLine()
and
zroya.Template.setThirdLine()
.
Getting the text back¶
Except functions for setting text, there are functions for getting it back from template. They are named
zroya.Template.getFirstLine()
, zroya.Template.getSecondLine()
and
zroya.Template.getThirdLine()
respectively.
We will use template from previous example to get second line back:
print(template.getSecondLine())
#> "It is nice to meet you."
If there is no such text, empty string is returned.
Change sound¶
It is all nice and so, but the sound Windows does when notification is created is sooo boring, right? Let’s change it.
template.setAudio(zroya.Audio.Call4)
Sadly, there is no way to play just any sound you want. You can choose from plenty of sounds defined in
zroya.Audio
class. On the other hand, they are available at any Windows station.
If this is not enough, you can play selected sound in loop until the notification is moved to Action Center, or until user dismiss it.
template.setAudio(zroya.Audio.Call4, zroya.AudioMode.Looping)
But I wouldn’t recommend it. On the other hand, muting notifications may be usable a bit more:
template.setAudio(mode=zroya.AudioMode.Silence)
Expiration time¶
Notifications will stay in Action Center until you shut the application off or you manually remove them from there.
But some notifications should have shorter lifespan - for example weather reports. There is no use of the old ones.
Beside hiding them from code, zroya.Template.setExpiration()
comes to aid.
template.setExpiration(1000)
It takes a number of milliseconds after which the notification is automatically removed from Action Center.
Images¶
UI is key to user’s heart. Let’s make bot more friendly. Add image with zroya.Template.setImage()
.
template.setImage("./image.png")
At this point, we make use of that zroya.TemplateType.ImageAndText4
template type. For example
with zroya.TemplateType.Text4
, this function would return False every time, because it does not support
this type.
Actions¶
One pretty cool feature is adding actions. Those are buttons which can have attached some action to them. When user click them, event is fired. See Callbacks.
In this example, we add two buttons to respond question notification is asking. What a wonderful time, answering your own questions :).
template.addAction("I'm OK, I guess")
template.addAction("Fine")
As you probably noticed, they don’t do much now. Just dismiss it. We will do something about it in the next tutorial.
Troubleshooting¶
Actions fail to be added: Actions are one of Windows 8.1+ features. If you have older system, they won’t work.


Reports utility classes.
Utility classes have all fields and methods declared static, and their
presence may indicate a lack of object-oriented design.
Use the list below to specify special annotations. Classes annotated with one of
these annotations will be ignored by this inspection.


Honzi/Bookmarks/Prefabs
Available Primitives:
- nature:
- liquids:
- rock
- tree:
- branches
- leaves
- roots
- trunk
- lines:
- path:
- actual path
- lanes:
- power lines
- road
- sidewalk
- trail
- train tracks
- town:
- building:
- floor:
- elevator
- hallway
- room:
- bathroom
- bedroom
- lobby
- storage
- lights
- pipes
- stairs
- wires
- garden
- street paths


The download contains a zip file with two folders: "data" and "annotations." The data folder contains the video sequences in four sub-folders, "kitchen," "office," "recreation," and "household." Each video sequence is in its own folder, labeled with its activity name, and placed in the appropriate category. For example, a video sequence of somebody spreading peanut butter might be labeled "pb_1" and placed inside the "kitchen" folder. Each folder includes all of the RGB, depth, and thermal image frames.
The annotations folder contains the annotations in two sub-folders, "hands," and "objects." Each of these is organized in the same way as the data folder, and contains the corresonding hand and object-in-interaction annotations, respectively. The annotations are in the form of text files with bounding boxes where each line contains a label, the x1 coordinate (in pixels), the y1 coordinate (in pixels), the x2 coordinate (in pixels), and the y2 coordinate (in pixels) for all labeled items in the image. (x1, y1) represents the bottom left corner of a bounding box and (x2, y2) represents the top right corner of a bounding box.
[Download Dataset] (Coming soon!)


with clip(stencil, channel="alpha"):
Sets the clipping region for a block of drawing commands.
All drawing operations within the block will be constrained by a Bezier, Image, or Text object passed as the stencil
argument. If clipping to a path, only content within the filled bounds of the stencil path will be rendered (strokes will be ignored). When clipping to an image, drawing operations will have high opacity in places where the mask value is also high.
The optional channel
arg applies only to image-based stencils and specifies which component of the stencil's pixels should be used for this calculation. If omitted it defaults to "alpha"
(if available) or "black"
level (if the image is opaque).
When an object is used as a stencil
arg, it is ‘consumed’ by the operation and will not be directly visible on the canvas. As a result, it's perfectly safe to include calls to Primitives or the image() command in the arguments list for clip().
The mask() command uses the same syntax as clip() but has an opposite effect.
with clip(poly(64,64, 50, sides=5)): image('plaid.png')
with clip(image('logo-stencil.png')): image('plaid.png')using the logo-stencil.png image
font("Avenir", "bold", 112) with clip(text('Hi', 5, 100)): image('plaid.png')


My Name is Parash Shakya, and I'm a computer science student. I've done a lot of stuff, but I'm probably enjoy makeing this site. I also Design Websites and write for other blogs. This site is my personal website, which is also an aggregator for all my web design work guest posts, and all the raving press about me.


[gecode-users] Problem to formulate a constraint
Uwe Nowak
uwe.nowak at itwm.fraunhofer.de
Thu May 23 15:40:20 CEST 2013
I am a beginner with gecode and have a problem to formulate a constraint.
I was looking through all channel constraints, however they do not seem to
fit my needs, or I am unable to formulate my needs in the language of the
channel constraints.
I have the following variables
*an IntVar c with a finite set of values {A_1,...,A_n}
*an IntVarArray p
I have the following fixed parameters
For each value A_t I have a finite set of fixed indexed values I_t (e.g, an
std::set<int>)
A constant B
Now I want to formulate the following constraints
for(t = 1...n){
c=A_t ==> for all I in I_t: p[i]=B
}
I thought to create an IntVarArgs of the subset of p with the indices I_t
However, than I have tor formulated for an IntVarArgs q_t:
for(t = 1...n){
c=A_t ==> For all elements q_t[i]=B
}
However, I do not find the right expressions to formulate this in gecode...
More information about the users
mailing list


|
Behavioral Architecture with Real Simulation
|
Public Member Functions | |
| def | __init__ (self) |
| def | object_detector_client (self) |
| def | target_pos_client (self, x, y) |
| def | execute (self, userdata) |
A class used to represent the NORMAL behaviour of the robot Methods ----- object_detector_client(): Makes a request to detector server and wait for the response target_pos_client(x,y) Send a goal to the action server of the robot and waits until it reaches the goal. While it is waiting, if there is the ball, it stops the robot and return None execute(userdata) It checks if there is the ball, otherwise it will generate a random goal (x and y) for the robot. If there is the ball, it switches to the PLAY state. After some times, it switches to the SLEEP state
Definition at line 307 of file command_manager.py.
| def command_manager.normal.__init__ | ( | self | ) |
Constrcutor
Definition at line 326 of file command_manager.py.
| def command_manager.normal.execute | ( | self, | |
| userdata | |||
| ) |
It checks if there is the ball, otherwise it will generate a random goal (x and y) for the robot. If there is the ball, it switches to the PLAY state. After some times, it switches to the SLEEP state @param userdata: used to pass data bejoint_state = tween states @type userdata: list @returns: transition value @rtype: String
Definition at line 393 of file command_manager.py.
| def command_manager.normal.object_detector_client | ( | self | ) |
Makes a request to detector server and wait for the response @returns: radius and center of the ball @rtyper: string
Definition at line 334 of file command_manager.py.
| def command_manager.normal.target_pos_client | ( | self, | |
| x, | |||
| y | |||
| ) |
Send a goal to the action server of the robot and waits until it reaches the goal. While it is waiting, if there is the ball, it stops the robot and return None @param x: x coordinate of the target position @type x: int @param y: y coordinate of the target position @type y: int @returns: the position reached by the robot or None @rtype: Pose
Definition at line 352 of file command_manager.py.


This part is dedicated to my weekly developer's life. You can access my summary by clicking the pictures below :
CODE JOURNEY: INTRO
CODE JOURNEY:WEEK 1
CODE JOURNEY:WEEK 2
CODE JOURNEY:WEEK 3
CODE JOURNEY:WEEK 4
CODE JOURNEY:WEEK 5
CODE JOURNEY:WEEK 6


filmcritic.com presents a review from staff member Jeremiah Kipp. You can find the review with full credits at http://www.filmcritic.com/misc/emporium.nsf/60e74e041ca9cd6b8625626f0062219f/07948eb768139e868825697000098810?OpenDocument
I, CLAUDIUS A film review by Jeremiah Kipp Copyright 2000 filmcritic.com filmcritic.com
This popular thirteen-episode BBC mini-series makes for compulsive viewing whether or not you have any interest in the early history of the Roman Empire. Based on two novels by historian Robert Graves, I, Claudius delves into conspiracies, ruthless murders and cover-ups, betrayal, seduction and madness. It's Dallas relocated to the years before Christ was born, when scheming men wore togas and struggled for power while the women got married and stayed in the background -- sometimes in the best position of all when it came to moving their chess pieces around.
Our hero is Claudius, gloriously played by D-d-d-d-derek Jacobi, who twitches his head and stammers over every other word. As a young man, he watches his friends and relations die off, one by one, poisoned by the ruthless and destructive Livia (the queen of pure evil, Sian Phillips) as she grooms her son Tiberius (George Baker) to become the second emperor of Rome.
First, however, Livia must deal with the mercurial first emperor, Augustus (Brian Blessed), loved by one and all. This vital, vibrant figure is desperate to find an heir whom he can be proud of. He isn't particularly fond of Tiberius, who makes Al Gore seem positively animated. It becomes almost comic as Augustus chooses new favorites, and one by one Livia poisons their figs or frames them for crimes they did not commit.
Young Claudius quickly learns to play the fool, observing the violent world which surrounds him. He obviously did well for himself, since the series cuts back and forth between the development of our hero as a youth and his last days as an old, wizened, wise emperor in 54 A.D., poring over his biography and fretting over the fate of his maniacal son, Nero (Christopher Biggins).
The series can easily be divided into four substantial parts: the golden era of Augustus, followed by the fretful reign of unpopular Tiberius, then a dose of madness with Caligula (a gleeful John Hurt) who elects his horse a Senator, romances the ancient Livia, and torments all those around him with threats of torture and death. The climax and crux of the series is when Claudius, as a joke, is elected ruler of the empire and is provided the chance to show what he has learned over the years. The first step: kill all your enemies.
The production is surprisingly well done for a television show (especially a 1976 TV show), with vivid and colorful costumes and sets. One wishes it had been shot on film rather than flat and boring videotape, but at least the performances are uniformly excellent.
Sian Phillips and John Hurt are appropriately monstrous as Livia and Caligula, and Phillips earns a certain pathos as she desires to become a one with the Gods. Brian Blessed, though a bit of a ham, is always a pleasure to watch and livens up each scene as Augustus, a man whose presence is felt when he enters the room. Patrick Stewart shows up in a key role for a few episodes as a self-serving soldier hungry for power.
Though unquestionably a soap opera dead set on keeping its viewers entertained with all manner of sneakiness and double-dealings, I, Claudius is compulsive entertainment which moves at a breakneck pace. Taken as a thirteen volume (and 740-minute long) set, it's the type of show which would keep you up for all night and half the day eagerly waiting to see what Livia is cooking, and when Claudius will come out of his shell to strike.

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The mission of The London Django Meetup Group is to provide a fun, welcoming and professional environment for a diverse group of people.
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