Class EventSubscription
Represents a subscription for a specific IProcessEvents and method on it that can receive a method
Inheritance
System.Object
EventSubscription
Inherited Members
System.Object.ToString()
System.Object.Equals(System.Object, System.Object)
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.GetType()
System.Object.MemberwiseClone()
Namespace:Bifrost.Events
Assembly:Bifrost.dll
Syntax
public class EventSubscription
Properties
| Improve this Doc View SourceEventName
Gets or sets the actual event name that the subscriber handles
Declaration
public string EventName { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
EventType
Gets or sets the actual event type that the subscriber handles
Declaration
public Type EventType { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Type |
Id
Gets or sets the id of the EventSubscription
Declaration
public Guid Id { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Guid |
LastEventId
Gets or sets the last event id the subscriber has processed
Declaration
public long LastEventId { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Method
Gets or sets the method that is subscribing to the event
Declaration
public MethodInfo Method { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Reflection.MethodInfo |
Owner
Gets or sets the owner of the subscriber method that subscribes to the event
Declaration
public Type Owner { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Type |
Methods
| Improve this Doc View SourceEquals(Object)
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj |
Returns
| Type | Description |
|---|---|
| System.Boolean |
Overrides
System.Object.Equals(System.Object)
|
Improve this Doc
View Source
GetHashCode()
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 |
Overrides
System.Object.GetHashCode()
|
Improve this Doc
View Source
ShouldProcess(IEvent)
Check wether or not subscription should process the event
Declaration
public bool ShouldProcess(IEvent event)
Parameters
| Type | Name | Description |
|---|---|---|
| IEvent | event | Event to check |
Returns
| Type | Description |
|---|---|
| System.Boolean | True if it should process, false if not |


--- title: Portfolio permalink: /portfolio/ layout: archive header: overlay_color: "#000" overlay_image: /assets/images/portfolio.jpg overlay_filter: 0.6 excerpt: "I love my works, as a Researcher, Lecturer, Programmer from Hardware, Embedded System to Software" author_profile: true ---


Authors:Vijay K. Varadan, Pratyush Rai, Se Chang Oh and Prashanth Shyam Kumar
Source:FERMAT, Articles, 2016-Vol16-Jul_Aug-005
Abstract: Health and long term care is a growth area for wearable heath monitoring systems. Wearable diagnostic and therapeutic systems can contribute to timely point-of-care for patients with chronic health conditions, especially chronic neurological disorders, cardiovascular diseases and strokes that are leading causes of mortality worldwide. Diagnostics and therapeutics for patients under timely point-of-care can save thousands of lives. However, lack of access to minimally-intrusive monitoring systems makes timely diagnosis difficult and sometimes impossible. Existing ambulatory recording equipment is incapable of performing continuous remote patient monitoring because of the inability for conventional silver-silver-chloride-gelelectrodes to perform long-term monitoring, non-reusability, lack of scalable-standardized wireless communication platforms, and user-friendly design. Recent progress in nanotextile biosensors and mobile platforms has resulted in novel wearable health monitoring systems for neurological and cardiovascular disorders. This chapter discusses nanostructured-textile-based dry electrodes that are better suited for long-term measurement of electrocardiography(ECG), electroencephalography(EEG), electrooculography(EOG), electromyography(EMG), and bioimpedance with very low baseline noise, improved sensitivity, and seamless integration into garments of daily use. It discusses bioelectromagnetic principles of origination and propagation of bioelectric signals and nanosensor functioning, which provide a unique perspective on development of novel wearable systems that harness their potential. Combined with state-of-the-art embedded wireless network devices to communicate with smartphone, laptop, or directly to remote server through mobile network (GSM,4G-LTE,GPRS), they can function as wearable wireless health-diagnostic systems that are more intuitive to use.
Index Terms: textile nanosensor, smart textile, wireless, bioelectromagnetism, ECG, EEG, EOG, EMG, cardiovascular disorder, neurological disorder
View PDF
Wearable Technology and Mobile Platform for Human Health Monitoring


{% load staticfiles %}
{% with hours=latest_prediction.target_in_hours %} Latest prediction computed on {{latest_prediction.comp_date}} for {{hours}} hour{{hours|pluralize}} later {% endwith %}


so, now i have tested it on all pages and there are some bugs.
i will thell you them, so you can correct them if you want, if you are a PS3 player (like i read in the secound post) i could help you to correct them.
- Server browser doesnt have the transparent, light brown color. same for premium page with videos and else, maybe you can't edit there the style, i dont know.
http://temp.elchalarm.net/bblog-bdtheme/browser.jpg
http://temp.elchalarm.net/bblog-bdtheme/premium.jpg
- Notification Color should be changed.
http://temp.elchalarm.net/bblog-bdtheme/notification.jpg
-Chat Box have Icons/Buttons wich should be modified, it doesn't looks good.
http://temp.elchalarm.net/bblog-bdtheme/chat.jpg
- Submenu uf navigation (i mean the "Matches" with lightbrown background) should have the normal brown background like the word "Multiplayer" and a white text color.
http://temp.elchalarm.net/bblog-bdtheme/navigation.jpg
- boxes on mainpage should have a 1pixel border in brown, so it would looks better. same for "news" and "top stories" pages.
http://temp.elchalarm.net/bblog-bdtheme/top-mainpage.jpg
- the font type, but in first line the color, from "Armored Shield" or "…attle awesome!" and from "(…) and (…) are now fr..." should be the same like by "Ich möchte alle COOP Mission…"
http://temp.elchalarm.net/bblog-bdtheme/font.jpg
hope you can do something here, would be happy about these fixes. And as i said, if you need help, just ask =D


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We're a group of people stuck in college during the summer. It's warm and we want to sleep and maybe drink cans.
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This command dumps the contents of the graphics window to a file. The output file is in XWD (X Windows Dump) format. The syntax is:
outwxd filename
where filename
is the name of the XWD file.
The printim
command may also be used for creating image output in other formats.


Portfolio
Whats my Ip
Human Reaction Time
KeyBoard Delay
Key Code Check
Mouse Polling Rate
Max Click One Second
Eye Tracking Exercises
Renan Urata
Full-Stack Developer
Contact Me
I Develop on NodeJS, SQL, Non-SQL and React-Native


Creating your first Neural Network
This article will show you how to initialise and train your first neural network.
Here we'll create our first neural network. The neural network we're creating will do as simple a task as possible, while still being (technically) impressive: we'll teach it how to square numbers! Although our goal here is kind of boring, it won't get in the way of the process shown here, which will apply to any other neural network you make.
This example was adapted from a question on stackoverflow that I stumbled across. I recommend reading through the question and top answer. They address the same problem using the same method as this article, with helpful explanatory comments.
First, we need to prepare our training data. Then, we initialise and then train our neural network. Finally, we'll round off by seeing how well our neural network performs.
Preparing our data
A NeuralNet
is, fundamentally, a mathematical object. It takes in vectors as inputs and predicts the appropriate vectors to output. By giving a NeuralNet
many sample input vectors paired with the expected vectors the NeuralNet
should ideally output, the NeuralNet
"learns" to produce increasingly accurate output vectors. This process is known as fitting.
Since all we want our NeuralNet
to do is square numbers, the data we are working with is very simple. Our inputs are random numbers between -50 and 50, stored in a Vector<double>
of length 1. Our outputs are the corresponding inputs squared.
We'll start by writing a function that'll give us such input-output pairs.
List<(Vector<double>, Vector<double>)> InputOutputPairs(int numPairs)
{
List<(Vector<double> input, Vector<double> expectedOutput)> pairs = new(capacity: numPairs);
for (int i = 0; i < numPairs; i++)
{
Vector<double> input = 50 * Vector<double>.Build.Random(length: 1);
Vector<double> expectedOutput = input.PointwisePower(2);
pairs.Add((input, expectedOutput));
}
return pairs;
}
Initialising our Neural Network
Before we start training, we need to create a "blank" NeuralNet
that is ready to learn. We use NeuralNetFactory
to create a NeuralNet
that is optimised for our project.
Layer Structure
First, we have to decide on our neural network's layer structure. In this project, we take a single number as input and output a single number, so our input layer and output layer will both have a size of 1. To give our neural network some complexity, we'll also have two hidden layers, both of size 8. These hidden layers will use ReLU activation
: an activation which works well for a wide range of projects.
Overall, our layer structure is: - an input layer of size 1 - a hidden layer of size 8 using ReLU activation - a hidden layer of size 8 using ReLU activation - an output layer of size 1
We'll package the structure of each layer into an InputLayer
, HiddenLayer
or OutputLayer
record, all three of which inherit from NeuralLayerConfig
. The structure of our neural network is represented by a List<NeuralLayerConfig>
:
List<NeuralLayerConfig> layerStructure = new()
{
new InputLayer(size: 1),
new HiddenLayer(size: 8, activation: new ReluActivation()),
new HiddenLayer(size: 8, activation: new ReluActivation()),
new OutputLayer(size: 1)
};
Initialising using NeuralNetFactory
The NeuralNetFactory
library class will create a NeuralNet
that is optimised to learn for our project. Since we are using ReLU activation, we will make a NeuralNet
, using our layer structure, that is optimised to learn with ReLU:
NeuralNet neuralNet = NeuralNetFactory.OptimisedForRelu(layerStructure);
Training our Neural Network
To train our neural network, we supply neuralNet
with 8000 training data to fit to.
We will also supply a separate collection of 2000 testing data. The neural network will not train to fit to this data: instead, the data will be used to periodically assess neuralNet
's performace as it learns.
List<(Vector<double>, Vector<double>)> trainingData = InputOutputPairs(8000);
List<(Vector<double>, Vector<double>)> testingData = InputOutputPairs(2000);
The neural network will learn from each pair in trainingData
once every epoch. For this project, we will set the number of epochs to 15,000.
neuralNet.Fit(trainingData, testingData, numEpochs: 15000);
Fitting the neural network to trainingData
took around 11 minutes on my mid-range laptop.
Seeing how well our Neural Network performs
To see how good neuralNet
is at squaring numbers, let's see neuralNet
's performance on ten random inputs, comparing neuralNet
's predicted values with the true values:
foreach ((Vector<double> input, Vector<double> expectedOutput) in InputOutputPairs(10))
{
Vector<double> predictedOutput = neuralNet.Predict(input);
Console.WriteLine($"{input[0]} --> \t {predictedOutput[0]} \t (expected: {expectedOutput[0]})");
}
(Feel free to add your own formatting.)
My neuralNet
performed as follows. Yours should perform similarly.
It's safe to say that neuralNet
has roughly understood how squaring works: not only is neuralNet
fairly accurate numerically, but it also seems to do as well with negative inputs as positive inputs. However, it struggles with squaring small numbers: e.g. 9.42 and 9.56 both get "squared" to 39.37 .
Ironing out problems like these will require more customisation and experimentation. To start, explore the different options in NeuralNetFactory
and NeuralNet
. Or, make yourself more confident with what you've already learned by creating a NeuralNet
that learns a different function: perhaps f(x) = x^3
or f(x) = sin(x)
rather than f(x) = x^2
.


public static interface ExoPlayer.EventListener
| Modifier and Type | Method and Description |
|---|---|
void |
onLoadingChanged(boolean isLoading)
Called when the player starts or stops loading the source.
|
void |
onPlayerError(ExoPlaybackException error)
Called when an error occurs.
|
void |
onPlayerStateChanged(boolean playWhenReady,
int playbackState)
Called when the value returned from either
ExoPlayer.getPlayWhenReady() or
ExoPlayer.getPlaybackState() changes. |
void |
onPositionDiscontinuity()
Called when a position discontinuity occurs.
|
void |
onTimelineChanged(Timeline timeline,
java.lang.Object manifest)
Called when timeline and/or manifest has been refreshed.
|
void onLoadingChanged(boolean isLoading)
isLoading
- Whether the source is currently being loaded.void onPlayerStateChanged(boolean playWhenReady, int playbackState)
ExoPlayer.getPlayWhenReady()
or
ExoPlayer.getPlaybackState()
changes.playWhenReady
- Whether playback will proceed when ready.playbackState
- One of the STATE
constants defined in the ExoPlayer
interface.void onTimelineChanged(Timeline timeline, java.lang.Object manifest)
timeline
- The latest timeline, or null if the timeline is being cleared.manifest
- The latest manifest, or null if the manifest is being cleared.void onPlayerError(ExoPlaybackException error)
ExoPlayer.STATE_IDLE
immediately after this method is called. The player instance can still be used, and
ExoPlayer.release()
must still be called on the player should it no longer be required.error
- The error.void onPositionDiscontinuity()


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HATS
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settings
brush
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play_arrow
visibility
Zoom Speed:
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Nick Size:
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Mass Size:
0.9
Locations Size:
0.6
Hats Opacity:
0.85
Animation Delay:
200
Background Color
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Pellet Color
Locations Color
Grid Color
Cell Fill Text
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Virus Color
Virus Stroke
Minimap Names
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network_wifi
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Turns a JSON formatted Static Flow Pusher string into a storage entry
Expects a string in JSON along the lines of:
{
"switch": "AA:BB:CC:DD:EE:FF:00:11",
"name": "flow-mod-1",
"cookie": "0",
"priority": "32768",
"ingress-port": "1",
"actions": "output=2",
}


node-uuid
Simple, fast generation of RFC4122 UUIDS.
Features:
- Generate RFC4122 version 1 or version 4 UUIDs
- Runs in node.js and all browsers.
- Registered as a ComponentJS component ('broofa/node-uuid').
- Cryptographically strong random # generation on supporting platforms
- 1.1K minified and gzip'ed (Want something smaller?  )
- Annotated source code
- Comes with a Command Line Interface for generating uuids on the command line
Getting Started
Install it in your browser:
<script src="uuid.js"></script>
Or in node.js:
npm install node-uuid
var uuid = require('node-uuid');
Then create some ids ...
// Generate a v1 (time-based) id
uuid.v1(); // -> '6c84fb90-12c4-11e1-840d-7b25c5ee775a'
// Generate a v4 (random) id
uuid.v4(); // -> '110ec58a-a0f2-4ac4-8393-c866d813b8d1'
API
uuid.v1([options
[, buffer
[, offset
]]])
Generate and return a RFC4122 v1 (timestamp-based) UUID.
-
options
- (Object) Optional uuid state to apply. Properties may include:node
- (Array) Node id as Array of 6 bytes (per 4.1.6). Default: Randomly generated ID. See note 1.clockseq
- (Number between 0 - 0x3fff) RFC clock sequence. Default: An internally maintained clockseq is used.msecs
- (Number | Date) Time in milliseconds since unix Epoch. Default: The current time is used.nsecs
- (Number between 0-9999) additional time, in 100-nanosecond units. Ignored ifmsecs
is unspecified. Default: internal uuid counter is used, as per <IP_ADDRESS>.
buffer
- (Array | Buffer) Array or buffer where UUID bytes are to be written.offset
- (Number) Starting index inbuffer
at which to begin writing.
Returns buffer
, if specified, otherwise the string form of the UUID
Notes:
- The randomly generated node id is only guaranteed to stay constant for the lifetime of the current JS runtime. (Future versions of this module may use persistent storage mechanisms to extend this guarantee.)
Example: Generate string UUID with fully-specified options
uuid.v1({
node: [0x01, 0x23, 0x45, 0x67, 0x89, 0xab],
clockseq: 0x1234,
msecs: new Date('2011-11-01').getTime(),
nsecs: 5678
}); // -> "710b962e-041c-11e1-9234-0123456789ab"
Example: In-place generation of two binary IDs
// Generate two ids in an array
var arr = new Array(32); // -> []
uuid.v1(null, arr, 0); // -> [02 a2 ce 90 14 32 11 e1 85 58 0b 48 8e 4f c1 15]
uuid.v1(null, arr, 16); // -> [02 a2 ce 90 14 32 11 e1 85 58 0b 48 8e 4f c1 15 02 a3 1c b0 14 32 11 e1 85 58 0b 48 8e 4f c1 15]
// Optionally use uuid.unparse() to get stringify the ids
uuid.unparse(buffer); // -> '02a2ce90-1432-11e1-8558-0b488e4fc115'
uuid.unparse(buffer, 16) // -> '02a31cb0-1432-11e1-8558-0b488e4fc115'
uuid.v4([options
[, buffer
[, offset
]]])
Generate and return a RFC4122 v4 UUID.
-
options
- (Object) Optional uuid state to apply. Properties may include:random
- (Number[16]) Array of 16 numbers (0-255) to use in place of randomly generated valuesrng
- (Function) Random # generator to use. Set to one of the built-in generators -uuid.mathRNG
(all platforms),uuid.nodeRNG
(node.js only),uuid.whatwgRNG
(WebKit only) - or a custom function that returns an array[16] of byte values.
buffer
- (Array | Buffer) Array or buffer where UUID bytes are to be written.offset
- (Number) Starting index inbuffer
at which to begin writing.
Returns buffer
, if specified, otherwise the string form of the UUID
Example: Generate string UUID with fully-specified options
uuid.v4({
random: [
0x10, 0x91, 0x56, 0xbe, 0xc4, 0xfb, 0xc1, 0xea,
0x71, 0xb4, 0xef, 0xe1, 0x67, 0x1c, 0x58, 0x36
]
});
// -> "109156be-c4fb-41ea-b1b4-efe1671c5836"
Example: Generate two IDs in a single buffer
var buffer = new Array(32); // (or 'new Buffer' in node.js)
uuid.v4(null, buffer, 0);
uuid.v4(null, buffer, 16);
uuid.parse(id[, buffer[, offset]])
uuid.unparse(buffer[, offset])
Parse and unparse UUIDs
id
- (String) UUID(-like) stringbuffer
- (Array | Buffer) Array or buffer where UUID bytes are to be written. Default: A new Array or Buffer is usedoffset
- (Number) Starting index inbuffer
at which to begin writing. Default: 0
Example parsing and unparsing a UUID string
var bytes = uuid.parse('797ff043-11eb-11e1-80d6-510998755d10'); // -> <Buffer 79 7f f0 43 11 eb 11 e1 80 d6 51 09 98 75 5d 10>
var string = uuid.unparse(bytes); // -> '797ff043-11eb-11e1-80d6-510998755d10'
uuid.noConflict()
(Browsers only) Set uuid
property back to it's previous value.
Returns the node-uuid object.
Example:
var myUuid = uuid.noConflict();
myUuid.v1(); // -> '6c84fb90-12c4-11e1-840d-7b25c5ee775a'
Deprecated APIs
Support for the following v1.2 APIs is available in v1.3, but is deprecated and will be removed in the next major version.
uuid([format [, buffer [, offset]]])
uuid() has become uuid.v4(), and the format
argument is now implicit in the buffer
argument. (i.e. if you specify a buffer, the format is assumed to be binary).
uuid.BufferClass
The class of container created when generating binary uuid data if no buffer argument is specified. This is expected to go away, with no replacement API.
Command Line Interface
To use the executable, it's probably best to install this library globally.
npm install -g node-uuid
Usage:
USAGE: uuid [version] [options]
options:
--help Display this message and exit
version
must be an RFC4122 version that is supported by this library, which is currently version 1 and version 4 (denoted by "v1" and "v4", respectively). version
defaults to version 4 when not supplied.
Examples
> uuid
3a91f950-dec8-4688-ba14-5b7bbfc7a563
> uuid v1
9d0b43e0-7696-11e3-964b-250efa37a98e
> uuid v4
6790ac7c-24ac-4f98-8464-42f6d98a53ae
Testing
In node.js
npm test
In Browser
open test/test.html
Benchmarking
Requires node.js
npm install uuid uuid-js
node benchmark/benchmark.js
For a more complete discussion of node-uuid performance, please see the benchmark/README.md
file, and the benchmark wiki
For browser performance checkout the JSPerf tests.
Release notes
1.4.0
- Improved module context detection
- Removed public RNG functions
1.3.2
- Improve tests and handling of v1() options (Issue #24)
- Expose RNG option to allow for perf testing with different generators
1.3.0
- Support for version 1 ids, thanks to @ctavan!
- Support for node.js crypto API
- De-emphasizing performance in favor of a) cryptographic quality PRNGs where available and b) more manageable code


Love collecting sneakers if I had the money. Love streetwear culture, but I cannot ball or skate. ¯\_(ツ)_/¯
Love building Legos. The building process makes me happy. (So does every other kinds of building stuff)
Enjoy watching orange-pink-purple-blue colors in the sky. Why not sunrise? 'Casue I couldn't get up.


ADD JOB TITLE Export
| Job Title | Department | Action |
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| ACCOUNTANT I | ADMIN OFFICES | Delete |
| ADMINISTRATIVE ASSISTANT | ADMIN OFFICES | Delete |
| SHARED SERVICES MANAGER | ADMIN OFFICES | Delete |
| SR ACCOUNTANT | ADMIN OFFICES | Delete |
| PRESIDENT & CEO | EXECUTIVE OFFICE | Delete |
| HR MANAGER | HR | Delete |
| CIO | IT/IS | Delete |
| DATABASE ADMINISTRATOR | IT/IS | Delete |
| IT DIRECTOR | IT/IS | Delete |
| IT MANAGER - DB | IT/IS | Delete |


Your address for blockchain is: {{data}}
Mine a Block
Make a Transaction
Sender's address:
Recipient's address*:
Amount*:
Send Transaction
Edit a Block
Block Number:
New Proof*:
Make Edit
Output:
Running Balance:


{% extends "illumidesk/app/app_base.html" %} {% load static %} {% block app %} Oops, there's an error in your subscription setup Details: {{ error }} For more information on how to setup Stripe Subscriptions see the documentation. {% endblock %}
Details:
For more information on how to setup Stripe Subscriptions see the documentation.


Schools for India Admin Panel
Create New Password
Registered email
New password
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Submit


This is a survey for understanding how people interact with notifications under different scenario based on time, location, and motion state. The context is that you are participanting a user study. The requirement of this study is to label your current place down to the meter-square level, for example, I'm standing behind my home desk, or I'm sitting in the library, the 5th seat from the left of the 2nd row. The study app has been installed on your phone, and this study app will send you notifications to ask you provide the place labels.
We will give the scenario. Please enter your response according to each scenario.
There is no end in this survey, and you can stop this survey whenever you like by clicking "End The Suvery." For your reference, 100 responses would be a good amount.
This is important: When you click "End The Survey" button, please copy the result and send it to me. There will be more instructions for how to send the result back.
Thanks for participation!
(Step 1) Please copy the text in the following box
(Step 2) Then email to bojhang@cs.ucla.edu


---
layout: layouts/post.njk
title: "The Future of Responsive Design"
permalink: /future-interfaces/
date: '2019-01-08'
comments: true
tags:
- Houdini
- Paint API
- Browser API
- CSS
- Exprimental
- Future
- JS
- Javascript
description: "With expanding web technoligies, we can now interpret responsive design as the way it affects a user’s context, and how we can be the most responsive to the user’s needs and experience."
link-out: https://developer.ibm.com/articles/responsive-design-future/
---
If you are not redirected, please visit this think!


Collections Explore curated lists of top restaurants, cafes, pubs, and bars in and around Kochi, based on trends
{% if collection_list %} {% for collection in collection_list %}
{% endfor %} {% endif %}
All collections in Kochi
Trending this week The most popular restaurants in town this week
{% if trending_restaurant_list %} {% for trending_restaurant in trending_restaurant_list %}
{% endfor %} {% endif %}
Quick Searches Discover restaurants by type of meal
{% if category_list %} {% for category in category_list %}
{% endfor %}
{% endif %}
{{category.name}}


Cloud endpoint {{endpoint}} {{supportsUpdate}} {{registrationError}}
Cloud type
Bluetooth {{localName}} - {{state}}{{stateError}}
Firmware update
We need to know how to map GATT characteristics to LWM2M rules. We can automatically do this for the following services found on this device.
For other services you'll need to write custom rules. Would you like to import rules for these services?
Yes, create rules for me No thanks, I'll write them myself
Searching...
This is the list of resources that should be exposed.
{{lwm2m}}
{{gatt}}


Any sort of meta-data, generally used internally.
The (hyper)plane containing the facet, represented as an N+1-dimensional vector (normal, offset)
The set of ridges for the facet. Ridges are a dimension lower than the facet (ie: points for lines, edges for triangles, faces for tetrahedrons).
The vertices of the facet. Represented as indices into an external point array. While they're also contained in the ridges, it's useful for calculating barycentric coordinates for a facet.
Generated using TypeDoc
In N dimensions, a facet forms an N-1 "polygon" which can be combined into an N-dimensional shape such as a simplex, a convex hull, a triangulation, ... A facet consists out of ridges and vertices. Care has to be taken during construction that the vertices and ridges are in consistent order. The ridge's vertices must be a looping slice of (size-1) of the facet's vertices starting at its corresponding index, ie:


Why learn this?
Importance of the UNIX command line
You want to become a...
- Web developer
- Software engineer
- Systems administrator
You're pursuing a degree in a...
- Computer Science
- Or a related field
You want to...
- Contribute to Open Source Software
- Understand your system better
A Brief History
- Work began in 1969 at Bell Labs
- Solaris, Linux, Mac OS X, and many others
- Powerful tool, but also overwhelming
- Not enough people are taught UNIX
- Principles have stood the test of time
UNIX philosophy
"The UNIX Philosophy"
by: Mike Gancarz
“ Small is beautiful ”
- Mike Gancarz
“ Make each program do one thing well ”
- Mike Gancarz
"Worse is Better"
Richard P. Gabriel
“ Quality does not necessarily increase with functionality ”
- Richard P. Gabriel
"The Art of Unix Programming"
Eric S. Raymond
“ K.I.S.S. - Keep It Simple, Stupid! ”
- Eric S. Raymond
My own 2 cents
- Powerful Tool
- Ubiquitous
- Makes your job easier


{% extends "drone_system/base.html" %} {% block content %} Hello, {{ username }} Your current bookings: # Module Type Vehicle no. Origin Destination Expected Arrival {% for vehicle in vehicles_data %} {{ forloop.counter }} {{ vehicle.0 }} {{ vehicle.1 }} {{ vehicle.2 }} {{ vehicle.3 }} {{ vehicle.4 }} {% endfor %} Your future bookings: # Module Type Vehicle no. Origin Destination Expected Departure {% for booking in future_booking_data %} {{ forloop.counter }} {{ booking.0 }} {{ booking.1 }} {{ booking.2 }} {{ booking.3 }} {{ booking.4 }} {% endfor %} {% endblock %}


--- layout: post title: What the frell oneliner: The Red Sox are playing like crap and the NHL Season is about to finish. summary: The Red Sox are playing under .500 at the moment and the NHL Season is coming to an end, there are no Penguins playing either to make it more exciting. excerpt: Is going on with the Red Sox at the moment? I mean seriously what is going on? They have less than a .500 rating at the moment ... categories: - MLB - NHL - Random tags: - Boston Red Sox - New York Rangers - Washington Capitals - Work status: publish type: post published: true meta: _edit_last: '2' if_slider_image: '' slider_hidetitle: 'on' slider_custom_thumb: '' ---
Is going on with the Red Sox at the moment? I mean seriously what is going on? They have less than a .500 rating at the moment and are really playing hot and very very cold. This is the worst I have seen them play early in the season since starting to follow them. It seems that every time I look at the MLB website I see a loss, very sad. I am beginning to wonder if the loss of Varitek is such a missing piece.
The other thing is it seems that the NHL Season is winding down, where we would have at least a game a night to watch now there is lucky to be two or three a week which is pretty disappointing. I can now see why people get withdrawals from their favourite sports during the off season. The Caps and the Rangers play again on Sunday our time and I think it will be an absolute brilliant hard fought game! Then and finally then round 3 of the Stanley Cup finals can begin!
I am actually very glad it is the weekend, it has been a very long week and a very busy one at that. The other person that does what I do at work for the entire APAC region was overseas for the start of the week which meant I was holding the APAC timezone on my own. A couple of completely crappy days were had and thankfully the case load wasn't as high as it could have been.


Numerical -eq does not dereference in [..]. Expand or use string operator.
read -r n
if [ n -lt 0 ]
then
echo "bad input"
fi
read -r n
if [ "$n" -lt 0 ]
then
echo "bad input"
fi
You are comparing a string value with a numerical operator, such as -eq
, -ne
, -lt
or -gt
.
In [[ .. ]]
, this would automatically dereference the string, looking to see if there are variables by that name.
In [ .. ]
, which you are using, the string is just treated as an invalid number.
If you want to compare numbers, expand yourself (e.g. use $var
instead of var
). If you are trying to compare strings and not numbers, use =
, !=
\<
or \>
instead.
None.


Class VariableDefinition
Model type representing a single TAL variable definition.
Inheritance
Implements
Inherited Members
Namespace: ZptSharp.Tal
Assembly: ZptSharp.dll
Syntax
public sealed class VariableDefinition : IEquatable<VariableDefinition>
Properties
| Improve this Doc View SourceExpression
Gets or sets the value expression.
Declaration
public string Expression { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String | The expression. |
GlobalScope
Gets the string which represents a globally-scoped definition.
Declaration
public static string GlobalScope { get; }
Property Value
| Type | Description |
|---|---|
| System.String | The global scope name. |
IsGlobal
Gets a value indicating whether this VariableDefinition is a global definition. If false then it is a local definition.
Declaration
public bool IsGlobal { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
|
LocalScope
Gets the string which represents a locally-scoped definition.
Declaration
public static string LocalScope { get; }
Property Value
| Type | Description |
|---|---|
| System.String | The global scope name. |
Scope
Gets or sets the scope of definition. Expected to be one of local
or global
or null.
Any value apart from global
will be interpreted as local.
Declaration
public string Scope { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String | The variable scope. |
VariableName
Gets or sets the name of the variable.
Declaration
public string VariableName { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String | The name of the variable. |
Methods
| Improve this Doc View SourceEquals(Object)
Determines whether the specified System.Object is equal to the current VariableDefinition.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | The System.Object to compare with the current VariableDefinition. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Overrides
Equals(VariableDefinition)
Determines whether the specified VariableDefinition is equal to the current VariableDefinition.
Declaration
public bool Equals(VariableDefinition other)
Parameters
| Type | Name | Description |
|---|---|---|
| VariableDefinition | other | The VariableDefinition to compare with the current VariableDefinition. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
GetHashCode()
Returns a static value as the hash code for a VariableDefinition. Variable definitions are NOT suitable for use as keys to a hash table.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | A hash code for this instance that is suitable for use in hashing algorithms and data structures such as a hash table. |
Overrides
ToString()
Returns a System.String that represents the current VariableDefinition.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | A System.String that represents the current VariableDefinition. |


Enter your username
Enter your password
Enter your color
Enter your number
XS S M
Select an Entree Please choose an option Fish Vegetarian Steak
Rate cheese
Any special requests?


HTML and CSS are the two main part that make up a website. HTML makes the base website, it's like the foundation of a house and then CSS is the part that makes it look good so like carpet or the paint on the walls.
Box models are the layout of the website which allows you to space things out add text in the center, left or right. You can add padding to make things stand out and add a border between different things.
Scripting language is a programming language that supports scripts like run time programs. On this i will be explaining the fundamentals of scripting language.
How HTML access CSS.
HTML and CSS are the two main part that make up a website. HTML makes the base website, it's like the foundation of a house and then CSS is the part that makes it look good so like carpet or the paint on the walls. Here are three ways they link.
Inline is the easiest one to use if you are making a single page website. Inline is adding a style attribute to one element instead of changing the whole look of the page. Inline will have to be implemented to each element instead of controlling all elements from one CSS file
Internal CSS is when the style attribute is added into the head element instead of being in the same line as the header or paragraph that you have made. Every Time you want to add a new style to a part of code you will need to add a new style instead of putting it in a new head element.
External CSS is when you create a new file in a folder (make sure you know where it is) you can call the file mystyle.css but make sure it is a .css file. All you have to do then is create all the lines of code for designs.
Box models for CSS.
Box models are the layout of the website which allows you to space things out add text in the center, left or right. You can add padding to make things stand out and add a border between different things. And you can add a margin to stop text and photos from going to the edge of the website.
The content box is in the centre of the page between the margin, border and padding. The content is the stuff like text, photos and graphs.
Padding is placed around the content to create and invisible barrier to stop text and photos colliding.
A border is placed around the padding which is around the content. The border adds a solid color so that it looks different. The border can just be a base color the same as the background or be a different color to make it look nicer.
The margin is a bit of code that clears a space around the area of the website. The margin is a clear area so makes no difference to the background.
Fundamentals Of a Scripting Language.
Scripting language is a programming language that supports scripts like run time programs. On this i will be explaining the fundamentals of scripting language.
Variables are something that will always change, depending on the program used and what software it is used for can be a very good add-on. A variable is something that holds a value an example of this is:
var price1 = 5;
var price2 = 6;
var total = price1 + price2;
Loops are continuous. In programming they are what they are called. They will repeat the process until there is a certain value met or the limit is reached.
Functions are used to create a sequence that a person has to carry out and to get a end result. Each button click is a function because you will get a result. An operating system is also a function because when click the start button or right click you get a result because the function has been completed.


Money Play. How should Red play 64?
pips Red=67 White=106
(CorrectAnswer= 0/0, ErrorScore= 0)
This is no time for safety play despite White’s five-point home board.
The ‘safe’ 8/2, 6/2 would be truly awful. Red should limit himself to just one blot in case of accidents and so any play other 7/3*, 7/1 is at least a blunder.
The ‘safe’ 8/2, 6/2 would be truly awful. Red should limit himself to just one blot in case of accidents and so any play other 7/3*, 7/1 is at least a blunder.
1. Cubeful 2-ply 7/3* 7/1 Eq.: +1.038 0.837 0.420 0.014 - 0.163 0.015 0.000 2. Cubeful 2-ply 8/2 7/3* Eq.: +0.998 (-0.039) 0.818 0.442 0.016 - 0.182 0.031 0.001 3. Cubeful 2-ply 7/1 6/2 Eq.: +0.888 (-0.150) 0.824 0.305 0.006 - 0.176 0.012 0.000 4. Cubeful 0-ply 8/2 6/2 Eq.: +0.877 (-0.160) 0.830 0.280 0.006 - 0.170 0.011 0.000 5. Cubeful 0-ply 8/4 8/2 Eq.: +0.720 (-0.318) 0.769 0.276 0.008 - 0.231 0.022 0.000


14.4 The threading Module
The threading module
is built on top of module thread and supplies
multithreading functionality in a more usable form. The general
approach of threading is similar to that of Java,
but locks and conditions are modeled as separate objects (in Java,
such functionality is part of every object), and threads cannot be
directly controlled from the outside (meaning there are no
priorities, groups, destruction, or stopping). All methods of objects
supplied by threading are
atomic.
threading provides numerous classes for dealing
with threads, including Thread,
Condition, Event,
RLock, and Semaphore. Besides
factory functions for the classes detailed in the following sections
of this chapter, threading supplies the
currentThread factory
function.
Returns a Thread object for the calling thread. If
the calling thread was not created by module
threading, currentThread
creates and returns a semi-dummy Thread object
with limited functionality.
14.4.1 Thread Objects
A Thread object
t models a thread. You can pass
t's main function as an
argument when you create t, or you can
subclass Thread and override the
run method (you may also override _
_init_ _, but should not override other methods).
t is not ready to run when you create it:
to make t ready (active), call
t.start( ). Once
t is active, it terminates when its main
function ends, either normally or by propagating an exception. A
Thread t can be a
daemon, meaning that Python can terminate even if
t is still active, while a normal
(non-daemon) thread keeps Python alive until the thread terminates.
Class Thread exposes the following constructor and
methods.
class Thread(name=None,target=None,args=( ),kwargs={ })
|
|
Always call Thread with named arguments: the
number and order of formal arguments may change in the future, but
the names of existing arguments are guaranteed to stay. When you
instantiate class Thread itself, you should
specify target:
t.run calls
target(*args,**kwargs).
When you subclass Thread and override
run, you normally don't specify
target. In either case, execution
doesn't begin until you call
t.start( ).
name is
t's name. If
name is None,
Thread generates a unique name for
t. If a subclass T of
Thread overrides _ _init_ _,
T._ _init_ _ must call Thread._ _init_
_ on self before any other
Thread method.
t.getName( )
t.setName(name)
|
|
getName returns
t's name, and
setName rebinds
t's name. The
name string is arbitrary, and a
thread's name need not be unique among threads.
Returns True if t is
active (i.e., if
t.start has executed
and t.run has not yet
terminated). Otherwise, isAlive returns
False.
t.isDaemon( )
t.setDaemon(daemonic)
|
|
isDaemon returns True if
t is a daemon (i.e., Python can terminate
the whole process even if t is still
active—such a termination also terminates
t); otherwise isDaemon
returns False. Initially,
t is a daemon if and only if the thread
creating t is a daemon. You can call
t.setDaemon only before
t.start: it sets
t to be a daemon if
daemonic is true.
The calling thread (which must not be t)
suspends until t terminates.
timeout is covered in the upcoming section
Section <IP_ADDRESS>. You can call
t.join only after
t.start.
run
is the
method that executes t's
main function. Subclasses of Thread often override
run. Unless overridden, run
calls the target callable passed on
t's creation. Do
not call
t.run
directly—calling
t.run appropriately is
the job of t.start!
start
makes t active and arranges for
t.run to execute in a
separate thread. You must call
t.start only once for
any given thread object t.
14.4.2 Thread Synchronization Objects
The
threading module supplies several synchronization
primitives, which are objects that let threads communicate and
coordinate. Each primitive has specialized uses. However, as long as
you avoid global variables that several threads access,
Queue can often provide all the coordination you
need. "Threaded Program
Architecture" later in this chapter shows how to use
Queue objects to give your multithreaded programs
simple and effective architectures, often without needing any
synchronization primitives.
<IP_ADDRESS> Timeout parameters
Synchronization primitives Condition and
Event supply wait methods that
accept a timeout argument. A
Thread object's
join method also accepts a
timeout argument. A
timeout argument can be
None, the default, to obtain normal blocking
behavior (the calling thread suspends and waits until the desired
condition is met). If not None, a
timeout argument is a floating-point value
that indicates an interval of time in seconds
(timeout can have a fractional part and so
can indicate any time interval, even a very short one). If
timeout seconds elapse, the calling thread
becomes ready again, even if the desired condition has not been met.
timeout lets you design systems that are
able to overcome occasional anomalies in one or a few threads, and
thus are more robust. However, using
timeout may also make your program
slower.
<IP_ADDRESS> Lock and RLock objects
The Lock objects
exposed by module threading are the same as those
supplied by module thread and covered in
"The thread Module" earlier in this
chapter. RLock objects supply the same methods as
Lock objects. The semantics of an
RLock object r are,
however, often more convenient. When r is
locked, it keeps track of the owning thread (i.e., the thread that
locked it). The owning thread can call
r.acquire again without
blocking: r just increments an internal
count. In a similar situation involving a Lock
object, the thread would block forever (until the lock is released by
some other thread).
An RLock object r is
unlocked only when release has been called as many
times as acquire. Only the thread owning
r should call
r.release. An
RLock is useful to ensure exclusive access to an
object when the object's methods call each other;
each method can acquire at the start, and release at the end, the
same RLock instance.
try/finally is a good way to
ensure the lock is indeed released.
<IP_ADDRESS> Condition objects
A Condition object
c wraps a Lock or
RLock object L. Class
Condition exposes the following constructor and
methods.
class Condition(lock=None)
|
|
Condition creates and returns a new
Condition object c with
the lock L set to
lock. If lock
is None, L is set to a
newly created RLock object.
c.acquire(wait=1)
c.release( )
|
|
These methods call
L's corresponding
methods. A thread must never call any other method on
c unless the thread holds lock
L.
c.notify( )
c.notifyAll( )
|
|
notify wakes up one of the threads waiting on
c. The calling thread must hold
L before it calls
c.notify( ), and
notify does not release
L. The woken-up thread does not become
ready until it can acquire L again.
Therefore, the calling thread normally calls
release after calling notify.
notifyAll is like notify, but
wakes up all waiting threads, not just one.
wait releases L, then
suspends the calling thread until some other thread calls
notify or notifyAll on
c. The calling thread must hold
L before it calls
c.wait( ).
timeout is covered earlier in Section <IP_ADDRESS>. After a thread wakes up,
either by notification or timeout, the thread becomes ready when it
acquires L again. When
wait returns, the calling thread always holds
L again.
In typical use, a Condition object
c regulates access to some global state
s that is shared between threads. When a
thread needs to wait for s to change, the
thread loops as follows:
c.acquire( )
while not is_ok_state(s):
c.wait( )
do_some_work_using_state(s)
c.release( )
Meanwhile, each thread that modifies s
calls notify (or notifyAll, if
it needs to wake up all waiting threads, not just one) each time
s changes:
c.acquire( )
do_something_that_modifies_state(s)
c.notify( ) # or, c.notifyAll( )
c.release( )
As you see, you always need to acquire and release
c around each use of
c's methods, which makes
using Condition somewhat error-prone.
<IP_ADDRESS> Event objects
Event objects let any number of threads
suspend and wait. All threads waiting on Event
object e become ready when some other
thread calls e.set( ).
e has a flag recording whether the event
happened, initially False when
e is created. Event is
thus a bit like a simplified Condition. Event
objects are useful to signal one-shot changes, but are brittle for
more general uses, as resetting an event object (i.e., relying on
calls to e.clear( )) is
quite error-prone. Class Event exposes the
following methods.
Event creates and returns a new
Event object e.
Sets e's flag to
False.
Returns the value of e's
flag, True or False.
Sets e's flag to
True. All threads waiting on
e, if any, become ready to run.
If e's flag is
True, wait returns immediately.
Otherwise, wait suspends the calling thread until
some other thread calls set.
timeout is covered earlier in Section <IP_ADDRESS>.
<IP_ADDRESS> Semaphore objects
Semaphores are a generalization of
locks. The state of a Lock can be seen as
True or False; the state of a
Semaphore s is a number
between 0 and some n
set when s is created. Semaphores can be
useful to manage a fixed pool of resources (e.g., four printers or
twenty sockets), although it's often more robust to
use a Queue. A semaphore object
s exposes the following methods.
Semaphore
creates and returns a semaphore object
s with the state set to
n.
When s's state is greater
than 0, acquire decrements the
state by 1 and returns True.
When s's state is
0 and wait is
True, acquire suspends the
calling thread and waits until some other thread calls
s.release. When
s's state is
0 and wait is
False, acquire immediately
returns False.
When s's state is greater
than 0 or when the state is 0
but no thread is waiting on s,
release increments the state by
1. When
s's state is
0 and some thread is waiting on
s, release leaves
s's state at
0 and wakes up an arbitrary waiting thread. The
thread that calls release is not suspended: it
remains ready and continues to execute normally.
|


Transformations
Click a button to view a transformation
Separate Transformations
Matrix Transformations
Sorry, your browser does not support canvas.


| Package | Description |
|---|---|
| org.hibernate.reactive.common | |
| org.hibernate.reactive.mutiny |
An API for Hibernate Reactive where non-blocking operations are
represented by a Mutiny
Uni . |
| org.hibernate.reactive.session |
Defines internal contracts between subsystems of Hibernate Reactive
and the
ReactiveSession . |
| org.hibernate.reactive.stage |
An API for Hibernate Reactive where non-blocking operations are
represented by a Java
CompletionStage . |
| Class and Description |
|---|
| Identifier
Represents a value of an attribute that forms part of the
natural key of an entity.
|
| Identifier.Id |
| Class and Description |
|---|
| AffectedEntities
A description of the entities and tables affected by a native query.
|
| Identifier
Represents a value of an attribute that forms part of the
natural key of an entity.
|
| ResultSetMapping
Represents the shape of a native SQL query result
set, as specified by an instance of the annotation
SqlResultSetMapping . |
| Class and Description |
|---|
| ResultSetMapping
Represents the shape of a native SQL query result
set, as specified by an instance of the annotation
SqlResultSetMapping . |
| Class and Description |
|---|
| AffectedEntities
A description of the entities and tables affected by a native query.
|
| Identifier
Represents a value of an attribute that forms part of the
natural key of an entity.
|
| ResultSetMapping
Represents the shape of a native SQL query result
set, as specified by an instance of the annotation
SqlResultSetMapping . |
Copyright © 2020-2022 Red Hat, Inc. All Rights Reserved.


{% extends "ems/base.html" %} {% block title %}Change Password{% endblock %} {% block content %}
Your password was changed.


Through coding i've acquired problem-solving skills and a way to communicate with others on a technical level. I'd love to work in a tech company, with artists, athletes, photographers, non-profits, and small businesses to improve their Web presence.
Dairus Skill Acquisition Centre is a web development volunteer meet up opened to students interested in focusing on information, communication and technology as a career.
Cotta and Cush is a web, mobile and data engineering experts which takes a complex business requirement from their customers and develop intuitive simple to use products.
GPA - 3.54
GPA - 2.92


{{< layout}} {{$back}}
It’s better to remove your glasses if you can – reflections make it hard to see your eyes.
If you need to wear them make sure they’re not tinted and there’s no glare on the lens.
Your photo will be rejected if your eyes can’t be seen clearly.


facematch module¶
-
class
facematch.
FaceMatch
¶ Bases:
object
FaceMatch is the class wrapping all face matching process
-
data
¶ comparision data
- Type
list of Face
-
kdtree_model
¶ - Type
kdtree model
-
xgboost_model
¶ - Type
xgboost model
-
kmeans_model
¶ - Type
kmeans model
-
kmeans_labels
¶ the names of clusters
- Type
list of string
-
isloaded_xgboost
¶ True if model is loaded
- Type
boolean
-
isloaded_kdtree
¶ True if model is loaded
- Type
boolean
-
isloaded_kmeans
¶ True if model is loaded
- Type
boolean
-
calculate_dist
(x, data=False, metric='ecl')¶ caluclate distance between two embeddings.
- Parameters
x (numpy array) – the fist embedding to considre
data (numpy array) – array of embeddings to which we should compare.
- Returns
distances from each data point to tthe target.
- Return type
dist (nunpy array)
-
featurefusion_recognition
(emb, model_name, prev=[])¶ uses feature fusion method to perfome matching on image
- Args :
emb (numpy array) : sample embeddings model_name (string) : name of the mathcing model to use prev(list of string) : names of prevoius matchings
- Returns :
string name of the person int number of votes for this name
-
get_name_from_data
(ind=0)¶ helper funciton to get the name of sample in data using its index
- Parameters
ind (int) – the index of the sample
- Returns
string name of the sample in the index
-
match_face
(sample, model_name)¶ wrapper function to perfom matching
- Args :
sample (numpy array) : the embeddings of the target model_name (string) : name of the model to use in matching
- Returns :
name (string) : identity of target int index of the matched person ion the data set float distance between target and match
-
match_face_kdtree
(sample, eps=0.3, k=2, r=0.5, threshold=0.2)¶ match sample with data using kdtree model
- Parameters
sample (numpy array) – the embeddings of the target
eps (float) – used to detect unkown condition if the two closest prediction are smaller than eps it detects unkwon condition
k (int) – number of predictions required default is 2
r (float) – radius of predictions
threshold (float) – threshold to reject prediction
- Retuns:
name (string) : identity of target int index of the matched person ion the data set float distance between target and match
-
match_face_kmeans
(sample, eps=0.01)¶ match sample with data using kmeans model
- Args :
sample (numpy array) : the embeddings of the target
- Retuns:
name (string) : identity of target int index of the matched person ion the data set float distance between target and match
-
match_face_knn
(sample, eps=0.05)¶ match sample with data using knn method
- Args :
sample (numpy array) : the embeddings of the target eps (float) : the eps to detect unkown matching
- Retuns:
name (string) : identity of target int index of the matched person ion the data set float distance between target and match
-
match_face_xgboost
(sample)¶ match sample with data using xgboost model
- Args :
sample (numpy array) : the embeddings of the target
- Retuns:
name (string) : identity of target int index of the matched person ion the data set float distance between target and match
-
prepare_emb_sample
(sample)¶ helper funciton to prepare sample for matching chaing its shape
- Parameters
sample (numpy array) – the embeddings of the target
- Returns :
q (numpy array) : processed sample
-
voting_recognition
(emb, model_name, prev=[])¶ uses voting method to perfome matching on image
- Args :
emb (numpy array) : sample embeddings model_name (string) : name of the mathcing model to use prev(list of string) : names of prevoius matchings
- Returns :
string name of the person int number of votes for this name
-


For a detailed presentation, see my CV.
Research and development : INRIA - Sophia Antipolis : distributed combinatorial algorithms to compute optimal paths in dense graph databases.
Research and development : Diversify FET EU Project : ecology-inspired software diversification.
Research and development : P2PWeb Project : a P2P-assisted CDN architecture.
Teaching (as assistant) : Algoritmi e Strutture Dati
Research and Development : NAPA-WINE EU Project.


class Crytic::Mutation::InjectMutatedSubjectIntoSpecs
- Crytic::Mutation::InjectMutatedSubjectIntoSpecs
- Crystal::Visitor
- Reference
- Object
Defined in:
crytic/mutation/inject_mutated_subject_into_specs.crConstructors
Class Method Summary
- .already_parsed_file_name
- .file_list
- .parse_file(file, &block)
- .project_path
- .project_path?
- .register_file(file)
- .relative_path_to_project(path)
- .require_expanders
-
.reset
Because the class is used and instantiated multiple times, but these are class vars, they need to be reset :(
Instance Method Summary
- #astree
- #astree? : Crystal::ASTNode?
- #enriched_source
- #enriched_source? : String?
- #path : String
-
#process
Inject in AST tree if required.
- #source : String
- #to_mutated_source
-
#visit(node : Crystal::Require)
Management of required file is nasty and should be improved Since I've hard time to replace node on visit, I change the file argument to a number linked to an array of files Then on finalization, we replace each require "xxx" by the proper file.
- #visit(node : Crystal::ASTNode)
Constructor Detail
Class Method Detail
def self.reset
#
Because the class is used and instantiated multiple times, but these are class vars, they need to be reset :(
Instance Method Detail
def visit(node : Crystal::Require)
#
Management of required file is nasty and should be improved Since I've hard time to replace node on visit, I change the file argument to a number linked to an array of files Then on finalization, we replace each require "xxx" by the proper file.


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Home
Tempe Market Place Arizona
New Tab
try reorder the tabs
try drag a tab out
try drag a tab out and drop into another tab window
try right click on the tab for a menu
try resize the tab window
try drag the tab header area to move the tab window around
Tempe
Tempe is the home of ASU.


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Details:
{{prdObj.productDetails}}
Frequently Asked Questions
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Question 5
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I am a designer and web developer.
I design beautiful, simple and functional websites for small businesses.
For you.
You interior design blogger, influencer, artist, baker, blogger, t-shirt creator, musician, author, dreamer.
You do you, and I will take care of the rest.
Is it time to get out there, like for real? Like for other people to notice you? Let me make your dreams into reality.
I do professional, functional and beautiful web pages for creative people.
 But no is really noticing or paying any attention to you. They don't take you serious. Let me fix that for you!

Maybe you already have a great website and sort of know your brand. Now you need to take it further. Are you selling physical stuff some where and need signage, broschuers, folders or business cards?
I can help you look great in real life. This is service is preferably paired with the Branding package.


This page tests that the renderer process does not crash even if the response that it requested is blocked by site isolation for various targets. This page should be loaded on a domain other than bar.com to be different from the requested resource here.
image:


--- layout: default title: Welcome ---
We're a group of hobbyists and professionals who use, and presumably like, the programming language Ruby. This user group is a way to meet other people in the industry locally with Ruby experience and to learn from each other.
We use Slack to share news, tips and chat about the ruby programming language.
If you're already a member of the workspace find us at https://cornwallruby.slack.com
Ruby is a programming language designed by Yukihiro Matsumoto which is used for many applications around the world, from native mobile to web to server and infrastructure.
A dynamic, open source programming language with a focus on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write.Learn more
Definitely not! We cater for members of all ability, from curious to hobbyist to professional alike.
Ruby usually goes hand-in-hand with other technologies or as part of a wider ecosystem in tools and applications. As a result we often talk about other technologies and their uses.
Also, being a social group there are plenty of other things to talk about!


Extending CMSBase
To create new app that benefit from the same publishing workflow and multilingual support, you can extend the CMSBase models to inherit behaviour.
We will use the example of a blog as demonstration.
Models
When extending the CMSBase model structure, you will need to create a new model class that inherit from BasePage
.
You will need to supply some extra meta variables using the CMSMeta class:
class CMSMeta:
# A tuple of templates paths and names
templates = blog_settings.BLOG_TEMPLATES
# Indicate which Translation class to use for content
translation_class = ArticleTranslation
# Provide the url name to create a url for that model
model_url_name = 'blog:article'
# Provide the inline image model if necessary
if cms_settings.CMS_PAGE_IMAGES:
image_class = PageImage
Here’s an example of a model extension for the blog app:
from django.db import models
from django.utils.translation import ugettext as _
from django.conf import settings
from multilingual_model.models import MultilingualModel, MultilingualTranslation
from cmsbase.models import BasePage, PublishTranslation
# Subclass the PageTranslation model to create the article translation
class ArticleTranslation(MultilingualTranslation, PublishTranslation):
parent = models.ForeignKey('Article', related_name='translations')
title = models.CharField(_('Article title'), max_length=100)
slug = models.SlugField(max_length=60)
content = models.TextField(blank=True)
#Meta data
meta_title = models.CharField(max_length=100, blank=True)
meta_description = models.TextField(blank=True)
class Meta:
unique_together = ('parent', 'language_code')
if len(settings.LANGUAGES) > 1:
verbose_name=_('Translation')
verbose_name_plural=_('Translations')
else:
verbose_name=_('Content')
verbose_name_plural=_('Content')
def __unicode__(self):
return dict(settings.LANGUAGES).get(self.language_code)
# Subclass the Page model to create the article model
class Article(BasePage):
# Extra fields
publish_date = models.DateTimeField()
class Meta:
verbose_name=_('Article')
verbose_name_plural=_('Articles')
class CMSMeta:
# A tuple of templates paths and names
templates = blog_settings.BLOG_TEMPLATES
# Indicate which Translation class to use for content
translation_class = ArticleTranslation
# Provide the url name to create a url for that model
model_url_name = 'blog:article'
# Provide the inline image model if necessary
if cms_settings.CMS_PAGE_IMAGES:
image_class = PageImage
Admin
import reversion
from django.contrib import admin
from django import forms
from django.utils.translation import ugettext as _
from django.conf import settings
from django.contrib.admin.views.main import ChangeList
from mptt.admin import MPTTModelAdmin
from multilingual_model.admin import TranslationInline
from redactor.widgets import RedactorEditor
from cmsbase.admin import PageAdmin, PageFormAdmin, PublishingWorkflowAdmin
from blog.models import *
# Article translation
class ArticleTranslationInlineFormAdmin(forms.ModelForm):
slug = forms.SlugField(label=_('Article URL'))
content = forms.CharField(widget=RedactorEditor(redactor_css="/static/css/redactor-editor.css"), required=False)
class Meta:
model = ArticleTranslation
def has_changed(self):
""" Should returns True if data differs from initial.
By always returning true even unchanged inlines will get validated and saved."""
return True
class ArticleTranslationInline(TranslationInline):
model = ArticleTranslation
form = ArticleTranslationInlineFormAdmin
extra = 0 if settings.PREFIX_DEFAULT_LOCALE else 1
prepopulated_fields = {'slug': ('title',)}
template = 'admin/cmsbase/cms_translation_inline.html'
# Article
class ArticleAdminForm(PageFormAdmin):
categories = forms.ModelMultipleChoiceField(queryset=Category.objects.filter(), widget=forms.CheckboxSelectMultiple)
class Meta:
model = Article
class ArticleAdmin(reversion.VersionAdmin, PublishingWorkflowAdmin):
form = ArticleAdminForm
inlines = (ArticleTranslationInline, )
ordering = ['-publish_date']
# Override the list display from PublishingWorkflowAdmin
def get_list_display(self, request, obj=None):
if not settings.PREFIX_DEFAULT_LOCALE:
return ['title', 'is_published', 'approval', 'publish_date', 'template']
else:
return ['title', 'is_published', 'approval', 'publish_date', 'template', 'languages']
fieldsets = (
('Settings', {
#'description':_('The page template'),
'classes': ('default',),
'fields': ('template', 'publish_date', 'slug', 'categories')
}),
)
admin.site.register(Article, ArticleAdmin)
Admin template
Copy the cmsbase admin templates and rename the folder with the same name as the app you created.
Eg:
admin/
blog/
article/
change_form.html
Views
You can extend the views from CMSBase by using the @page_processor
decorator.
@page_processor(model_class, translation_class)
will do the fundamental following actions:
- Check whether the page is in preview mode or not
- Retrieve the model entry based on the
slug
and themodel_class
&translation_class
- Return a 404 error if the model entry can’t be retrieved
- Redirect the page to another if set this way in the database using the
redirect_to
attribute - Redirect to the right translated slug in the case of a language switch
The @page_processor
decorator takes 2 arguments:
- model_class: the model class for the main model
- translation_class: the model translation class corresponsing the main model
By default, the arguments are set as Page
and PageTranslation
:
def page_processor(model_class=Page, translation_class=PageTranslation):
...
The @page_processor
will pass 3 arguments to the function it is annotated from:
request
: the Django request objectpage
: the model entry instanceslug
: the current page slug
Example extension for the blog app:
...
from cmsbase.views import page_processor
from blog.models import Article, ArticleTranslation
@page_processor(model_class=Article, translation_class=ArticleTranslation)
def article(request, page, slug):
return render_to_response(page.template, {'page':page,}, context_instance=RequestContext(request))


fun <T> Assert<T>.isNotIn(vararg values: T): Unit
Asserts the value is not in the expected values, using !in.
!in
See Also
isIn


I grew up in Mediterranean Turkey, where I also earned a bachelor's degree in economics in 2009. After graduation, I moved to the United States to earn MBA degree, which I completed successfully in 2013.I worked as cost controller for an airline company before for almost two years, however I did not enjoy much, and left in 2014, and moved back to the U.S.
Currently, I live in Cary, North Carolina, and I am trying to earn certification in web development. I hope to finish the course successfully, and start my new career.


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When you come to a fork in the road, take it.
The standard first project most people make when learning how to program
A website displaying info on two different bands and thier tour dates. Made to learn about padding and floats
This is a project made to learn how to styling changes using branches in github
This project goal was to try and make a website look like the Wikipedia home Page
Thanks for reading my code!


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Drawing uniform polyhedra with Javascript, WebGL and Three.js
Source on Github
Introduction
The
Wythoff
construction is an elegant way of constructing polyhedra from
a basic spherical tiling, represented
by Schwarz
triangles.
Using the construction, combined with some fairly straightforward
vector geometry, we can generate 3D models of uniform polyhedra and
their derivatives: we use a kaleidoscopic construction to generate
the Schwarz triangles and then use trilinear (or maybe triplanar or
even trihedral - distance from 3 coincident planes anyway)
coordinates within each triangle to determine the polyhedron
vertices, with the trilinear coordinates being converted to
barycentric (or maybe trihedral or even triplanar - the weighted sum
of three points anyway, which I suppose makes them a non-orthogonal
basis for ℝ³) for actually generating the points. Vertices for snub
polyhedra are found by iterative approximation. We can also use this
information to generate duals and stellations as well as using the
Schwarz triangle tiling to apply further symmetry operations to
basic polyhedra to create compounds.
Using the excellent Three.js
Javascript library from Mr.doob, we
can do all this with WebGL in real time.
Examples
Sequences
Given a Schwarz triangle, we can move around inside that
triangle to create different polyhedra (ie. given a set of
mirrors, we can move the vertex point around inside those
mirrors). A position within the triangle can be specified
with trilinear coordinates representing the relative distance of
the point from the three sides eg. (1,1,1) is the central point
(perhaps they really should be called triplanar coordinates). We
don't have to stay within the triangle though and in fact the
point can be anywhere in space (or rather, since we scale vertex
points to have length 1, anywhere on the sphere where a sequence
of coordinates such as [-1,1,0], [1,1,0], [1,-1,0], [-1,-1,0]
corresponds to a great circle route).
- [3 5 2]: Convex icosahedral symmetry
- [3
4 2]: Moving around the kaleidoscope often corresponds to
well-know transformations of polyhedra, here we see the
truncation cycle of the cube.
- [5
3 2]: Icosahedral symmetry outside the Schwarz triangle. The resemblance to
Jonathan
Bower's "tribes"
probably isn't coincidence.
- [5/4 5/4 5/4]
- [2 5/3 3/2]
- [3 5/3 2]
- [3 5/3 5/2] U69 looks good in granite
- U72 A particularly fine snub figure
- Jitterbug
transformation Another polyhedral transformations that
corresponds to a particular route through a Schwarz triangle
(snub this time) - here the triangle is [2 x x] and the route is
from 1,0,0 to 0,1,1 (via 1,1,1 - the main snub figure).
- Verheyen's Vampire A "dipolygonid" transformation, with two sets of oppositely oriented icosahedral triangles. That 0.618 in the trilinear coordinates can't be a coincidence.
We can also show dual figures, and also use inversion to display the original polyhedra, but in a different way:
Sometimes we need a little adjustment of the polyhedron before display, for example, to omit a set of faces or add "hemi" faces through the origin (we cheat a little here and just add a triangle connecting each edge with the origin, rather than adding a proper face).
[2 2 1] doesn't make for a very interesting polyhedron, but we can use it as a symmetry to combine mirror images of other polyhedra. We can use two copies of U69, with "hemi faces" added and certain other sets of faces hidden. The result is the two uniform polyhedra that cannot be made by a "minute variation" of the Wythoff construction (this method of constructing these polyhedra from U69 is described by Zvi Har’El):
A few other examples:
Cubic surfaces
Cubic surfaces (zero loci of degree-3 homogeneous polynomials, to be precise) usually have their natural home in complex projective space, but can be projected down to our familiar real euclidean 3-space. Here we display some as collections of particles (this looks nice and is easier than doing a proper triangulation). The projection is controlled by a basic matrix as well as applying a quaternion rotation for animation. See
here for some more details.
Controls here are: z/x: decrease/increase scale, [/]: go slower/faster, c: change color scheme, p: change projection, q: change rotation quaternion, r: reset, s: change surface, t: toggle twirling, <space>: toggle rotation, <up>/<down>: move in & out, ?: toggle info, plus the usual orbit controls with the mouse.
- The Clebsch Surface The most famous cubic surface, also showing the equally famous 27 lines.
- A classic view of the Clebsch Surface, aligned vertically and with a bounding sphere.
- The Cayley Surface Another nice cubic surface with 4 double points and just 9 lines.
- Morphing cubic. Transforming between the Clebsch and Cayley cubics. Controls as above plus m: toggle morphing.
- The Barth Sextic. Not a cubic of course. Icosahedral symmetry.
OFF files
We can load files in OFF format (for example, as generated by the excellent
Antiprism tools) and display with various embellishments. Compounding is also possible (though may be slow if the OFF file contains many vertices):
Some
Antiprism examples:
And a couple from
Roger Kaufman:
Linkages & Dipolygonids
For a polyhedron with all edge lengths equal, we can replace each
edge with a hinged pair of brackets that allows the polyhedron to
be collapsed like an umbrella (the angle of the bracket is chosen
to preserve the angle made at the centre). This is appararently
the
Hoberman
sphere. Makes a
nice
toy.
Some examples of Verheyen's dipolygonid construction - a
generalization of Buckminster Fuller's Jitterbug. See
this
paper
Miscellaneous
Various other geometric experiments, using the same framework.
- Into the 4th dimension: an Omnitruncated Tesseract. A 80-cell uniform polychoron, with a vertex for each of the 384 elements of the hyperoctahedral group. '9' and '0' zooms in and out (hither and yon?) in 4-space; <space> toggles rotation in 4-space. See code for the Wythoff construction in 4 dimensions.
- The 120-cell: the underlying symmetry group has 14400 elements.
- A duoprism
- Infinite Descent An experiment in zooming in. Zooming out reveals the truth.
- A zonohedron:
a vast and fascinating area of polyhedral
studies. Here we see the zonohedrification of the
zonohedifrication of an icosidodecahedron (using the vertex
vectors for the zonohedrification). The algorithm is
from George
Hart. Faces are coloured according to surface area (I think an idea due
to Russell
Towle originally).
-
A star zonohedron A 3-vector star, triple-zonohedrified.
-
Tetrahedral compound of 50-star polar zonohedron Perhaps something one might find in the Pitt Rivers.
- Semiregular
polygons A test for drawing retroflex edges, but quite
fun in its own right. Not sure if
there is a standard meaning of "semiregular" for polygons - here we mean
alternate edges and angles are the same, with vertices at
2imπ/n ± θ, for 0 ≤ i < n, with θ varying.
- 17/7
polygon - construct that!
- Another
Jitterbug rendition This one constructed from the basic geometry.
- A nice
theorem: joins of opposite edge bisectors in a tetrahedron
are coincident. The yellow vertices clearly form a parallelogram.
The tetrahedron is constructed in 4-space, rotated with a quaternion & projected into
3-space in the usual way.
- Desargues Theorem Constructed from two congruent tetrahedra, then rotated in projective space.
- Desargues Theorem again A slice through a pentatope forms a Desargues configuration. The green vertices are the points of intersection with the hyperplane normal to [4,3,2,1]
- Desmic tetrahedra A "desmic" configuration of 3 tetrahedra, each edge of which intersects an edge of the other two, and with each pair in perspective from each vertex of the third
- SLERP A square rotated 360 degrees in 32 steps with a SLERPed quaternion, with the quaternion itself changing over time. Note that one square and one vertex of each color never move.
- Rotations
- Origami Simple rigid folding
Uniform Compounds
Instead of using a set of Schwarz triangles to draw a polyhedron,
we can use the triangle sides as a set of mirrors to apply a set
of symmetries to another polyhedron - our Schwarz triangle
construction gives an axis of symmetry along the z-axis so
rotating around that axis gives different alignments. This seems
to include the full set of Uniform Compounds enumerated by
Skilling, as well as many other combinations where eg. vertex
transitivity fails. See George Hart's pages on
Compound
Polyhedra for more details.
References
Mouse Controls
Uses Three.js OrbitControls: use mouse click and drag to rotate figure. Mouse wheel to zoom.
Keyboard Controls
- Up arrow: move forward
- Down arrow: move backward
- space: animation on/off
- r: rotation on/off
- p: return animation to start
- [: step animation back 1
- ]: step animation forward 1
- u: rotate colors
- f: step through color styles
- i: inversion on/off
- s: snub on/off
- d: change dual mode
- y: change dual style
- q: stellate on/off
- h: hemi on/off
- n: normalize on/off
- c: compound on/off
- z: z rotation for compounds on/off
- a: reset z rotation
- t: change the tour around the Schwarz triangle
- T: textures on/off
- x: rotation only for compounds on/off
- e: explode faces
- w: implode faces
- =: increase triangulation depth
- -: decrease triangulation depth
- 1-4: hide/reveal face
Changes
- 7/1/15: Bugfix: no display on OFF file load
- 7/1/15: Feature: U73 example normalmap
- 7/1/15: Feature: added normalmaps, "&normal=XXX.jpg"
- 8/1/15: Feature: added Jitterbug example
- 17/1/15: Added edge linkage examples
- 17/1/15: Added dipolygonid examples
- 17/1/15: Default symmetry now 2:2:1 ie. one mirror image
- 17/1/15: Bugfix: don't try and handle control characters
- 17/1/15: Bugfix: Trilinear coordinates had second & third
values swapped
- 24/1/15: Added polygon example
- 24/1/15: Added cube truncation example
- 24/1/15: Better tours
- 24/1/15: Zonohedra beta
- 27/1/15: Bugfix: draw retroflex edges properly
- 30/1/15: Tidied up interfaces to off functions
- 31/1/15: Added zonohedron example
- 16/2/15: Added 80-cell.
- 21/2/15: Update to Three.js r74.
- 21/2/15: BufferGeometry for polyhedra.
- 21/2/15: Added dynamic 80-cell example.
- 21/2/15: Added zoomer.
- 23/2/15: BufferGeometry for OFF geometries
- 27/2/15: Added Clebsch surface
- 27/2/15: Remove keypress handling from non-full-window views
- 11/3/15: Added SLERP demo
- 13/3/15: Configurable polychora & demos
- 16/3/15: Rotations demo
- 22/3/15: Desargues2 demo
- 10/4/15: More cubic surfaces
- 21/4/15: Adding a twirl


Readers who keep track of these things will know that I am fond of Horace Walpole's coinage “bewolfenbuttlement”, recently noted in my cupboard at The Dabbler. I have today learned that Gotthold Ephraim Lessing, that great figure of the Enlightenment, was for some years the librarian at the Herzog-August-Bibliothek in Wolfenbüttel. In the 1770s, he published, anonymously, the Wolfenbüttel Fragments, essays by the (deceased) Professor of Oriental Languages at Hamburg, Reimarus, questioning the status of miracles recounted in the Bible.
His skepticism in this regard means Lessing is one of the few European thinkers who has a ditch named after him. It is an ugly, broad ditch, but, disappointingly, is a theoretical ditch rather than a real one.
He also had an interestingly egg-shaped head.


BY EDWIN JAHIEL
KUNDUN ** 1/4 Directed by Martin Scorsese. Written by Melissa Mathison, from the life story of the Dalai Lama. Photography, Roger Deakins. Editing, Thelma Schoonmaker. production and costume design, Dante Ferretti. Art direction, Franco Ceraolo, Massimo Razzi. Set decoration, Francesca Lo Schiavo. Visual effects, Dream Quest Images.Visual effects supervisor, Jeffrey Burks. Music, Philip Glass. Cast: Tenzin Thuthob Tsarong (Adult Dalai Lama), Gyurme Tethong (Dalai Lama, age 12), Tulku Jamyang Kunga Tenzin (Dalai Lama, age 5), Tenzin Yeshi Paichang (Dalai Lama, age 2), Tencho Gyalpo (Dalai Lama's mother), Tsewang Migyur Khangsar (Dalai Lama's father), Robert Lin (Chairman Mao), et al. A Disney/Touchstone/Buena Vista release. 128 minutes. PG-13.
With succinctness and cine-savvy, as we left the screening of "Kundun," my friend Nicolae stated: "It's not a movie, it's a state of mind."
The state of mind is Martin Scorsese's and his writer Melissa Mathison's sincere, admiring reverence for the Dalai Lama, called Kundun (The Presence) by his people. It is a well-meant, not too odd subject for former choir-boy Scorsese who, in ways clear and realistic or subtle and allusive, has often worked into his films tenets or values of Catholicism. It was no stretch for the director to expand into Tibetan mysticism -- although he has declared that his main interest in the film was visual.
Scorsese is a Prince of moviemakers and a Prince of cinephiles. I'm sure that those who write about cinema feel unease, even distress, whenever they deal with a Scorsese work that is not tops. It's like admitting in public the weaknesses of a best friend.
"Kundun" is a primarily visual homage to the current, and14th, Dalai Lama, a tribute to the people of Tibet, and a political protest against the country's being gobbled up by China in 1950.
The Dalai Lamas are a succession of reincarnations, and the manifestations of the Bodhisattva (Buddha) of Compassion. The film begins with the search for the new spiritual/temporal leader. He is to succeed the 13th Dalai Lama who passed away in 1935.
The14th Dalai Lama Tenzin Gyatso, was born in 1935 in a small village in north eastern Tibet to a peasant family. In the search for the new Dalai Lama he was "recognized" (i.e. identified as the next Dalai Lama) in 1937, at age two-and-a-half. In 1940 he was enthroned. But in 1959, after the failed revolt of his people against the Communist Chinese, he fled to exile in India with about 80,000 followers. Since1960, he has resided in Dharamsala, India, known as "Little Lhasa," the seat of the Tibetan Government-in-exile.
"Kundun" was a long-cherished project of Ms.Mathison. Her previous scripts were for "The Black Stallion," "E.T.," "The Escape Artist" and "The Indian in the Cupboard." Over the years, often assisted by her husband Harrison Ford, she interviewed the Dalai Lama. The latter had a big hand in changes and additions to the scenario.
The film follows the life of His Holiness (as he is referred to in all documents) from childhood to the flight to India. There are several beautiful moments, but the piousness of the production results in unintended aloofness from the subject and lack of dramatic tension. Its contemplative mood comes at the expense of story-telling and of orienting us. The Tibetan-Chinese conflict is shown without big dramatics --save for some stylized nightmares of HH --which is good. Yet excessive restraint overall givies the impression of something one might label "narrative soft-focus."
It would be fastidious to compare and analyze this work and Jean-Jacques Annaud's "Seven Years in Tibet," released shortly before "Kundun." Still, "Kundun"'s Holies vs.Heathens, with its veneer of mysticism, lack the power of the earlier picture. It is odd that in their Tibetan films, Frenchman Annaud made a kind of American action movie, while American Scorsese made a kind of "intellectual" French film.
By concentrating on discreet hagiography, "Kundun" forgets details that could be fascinating to Western audiences: the inner workings in the process of the search for a new Dalai Lama, for example (we get mostly people riding around); the tests to which the pre-Lama child is subjected (these are few and simplified); the true nature of the Dalai Lama as he grows up and attains adulthood.
Nowhere do we get presages of the now world-famous 14th Dalai Lama ,winner of a Nobel prize and an immense array of important honors; worldly, witty, highly cultivated. I remember, some years ago, his French radio broadcasts on philosophy and other matters. He was wonderfully eloquent, sharp, witty, more impressive than even star scholars.
"Kundun" was produced and filmed in Morocco, with some second-unit work in Idaho and British Columbia. The Moroccan adventure was a tour-de-force involving nature, sets, buildings, costumes, artifacts, jewelry, many (human) extras. Casting was not easy. The performers, almost exclusively Tibetans from all corners of the world, had no theatrical experience and had to speak English. Several of them are related to the characters they play.Their suprisingly competent acting ranges from very good to acceptable to caricatural (Chairman Mao).The flaw, however, is that as written, no character was given enough development or dimensionality.
All this is impressively photographed and staged, with gorgeous mandalas punctuating the sights. Yet, try as it can, most of "Kundun" did not look to me like Tibet. Annaud's movie made an infinitely better, more convincing choice by opting for the forbiding, snowy Andes as a stand-in for the Himalayas.
Avant-gardist Philip Glass's score begins nicely as a mix of Tibetan music and typical Glass repeated lines, but soon enough their merciless reiteration becomes annoyingly strident and monotonous.
Scorsese seems much more comfortable with mean streets and places. Reaching for profundity here he is out of his depth. The sum total of the film is that it seems to have been conceived as a work for the heart but turned out a work for the eye. Even then, the lack of muscle in "Kundun" rapidly makes the viewer unable to remember specific sights, as opposed to those indelible moments in great --even un-great-- movies.
Think, for instance, of Scorsese's "GoodFellas." Your inner eye and ear jump to many scenes, especially those of Joe Pesci's brutality and warped humor in the bar. Think of "Kundun," and very few scenes emerge, except perhaps those of the lively 2-year old future Dalai Lama repeating triumphantly "mine!"
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Package redempt.redlib.dev.profiler
Class BurstProfiler
- java.lang.Object
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- redempt.redlib.dev.profiler.Profiler
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- redempt.redlib.dev.profiler.BurstProfiler
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public class BurstProfiler extends Profiler
A profiler best used in bursts. Uses a lot of memory to profile even short periods of time, but allows you to select certain timeframes to inspect
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Constructor Summary
Constructors Constructor Description BurstProfiler()
Create a new BurstProfiler with a default size of 10,000 (10 seconds)BurstProfiler(int size)
Create a new BurstProfiler with an initial size, being the number of milliseconds it will be able to record
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description protected void
end()
SampleSummary
getSummary()
Gets a summary of the last X milliseconds of profiling, with X being the size this BurstProfiler was initialized withSampleSummary
getSummary(long after)
Gets a summary of the profiling after the specified time.void
start()
Start this profiler.
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Constructor Detail
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BurstProfiler
public BurstProfiler(int size)
Create a new BurstProfiler with an initial size, being the number of milliseconds it will be able to record- Parameters:
size
- The size of the sample queue to create, 1ms = 1 element
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BurstProfiler
public BurstProfiler()
Create a new BurstProfiler with a default size of 10,000 (10 seconds)
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Method Detail
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start
public void start()
Start this profiler. Must be run from the thread you intend to profile.
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getSummary
public SampleSummary getSummary()
Gets a summary of the last X milliseconds of profiling, with X being the size this BurstProfiler was initialized with- Specified by:
getSummary
in classProfiler
- Returns:
- The summary
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getSummary
public SampleSummary getSummary(long after)
Gets a summary of the profiling after the specified time. Cannot go back further than X milliseconds, with X being the size this BrustProfiler was initialized with- Parameters:
after
- The timestamp after which summary data should be included- Returns:
- The summary
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This tool walks through a single LIFT dictionary file, looking for entries containing multiple senses which came from different words in the CAWL word list. When it finds them, it splits them into separate entries. The resulting LIFT file is saved with a new name.
An undiscovered bug in this tool could cause information to no be exported to the new LIFT file. The original file would be untouched.
John Hatton. Uses the Palaso library, whose authors include Eric Albright, Tim Armstrong, John Hatton, & Cambell Prince.


Why are we interested in networks? Because a enormous categories of phenomena can be modeled using networks. Internet, society, physics, biology, ecology, economy, even the evolution of the universe are essentially networks.
People have found a lot of scaling phenomena in networks.
arXiv:cond-mat/0008465 for the scaling in internet links. What they find is that the distribution of degrees is power-law, i.e., $P\propto k^{-\gamma}$ with $\gamma\sim 2$. arXiv:cond-mat/0009090 provides a better explanation. The explanation is simply popular is more attractive.
In the example of internet links, popular is attractive can be modeled by a dynamic generation of network following some rules.
The probability of attaching to some node with degree $k_i$ is
where $A$ serves as a initial attractiveness since it tells us the probability of attachment when the degree $k_i=0$.
Dorogovtsev et al proved that this model gives us the final distribution of degrees
where $\gamma=2 + A/m$ 3.
The problem about popularity is that we are all aware that popularity is not the only factor.
Consider the following examples.
In some cases similar is also important.
What we would expect is that larger popularity and small similarity (more similar) are the preferable connections. Thus competitions between the two determines the overall connection probability.
To combine the two factors, we use the metric $\mathrm{Popularity}\times \mathrm{Similarity}$. Even though there is a competition between popularity and similarity, small values of $\mathrm{Popularity}\times \mathrm{Similarity}$ are more preferable connections, which takes similarity more seriously.
A simple model to demonstrate this is to build a space of disc. The radius is time $t$, while angles are the measure of similarity. A smaller angler distance indicates a smaller similarity. Using this mapping, we are able to show the dynamics of networks, since we can tell the history of the nodes.
Mathematically speaking, the similarity is measured as
while time is the radius with $t=0$ at the center of the disc.
Now we are going to dynamically generate a network. The updating rules are listed bellow.
The key transformation of this problem is to define a new radial coordinate system $r =\ln t$, so that the distance becomes log scale. Then we define the disc to be on a hyperbolic space so that the distance between any two points is calculated as 4
Minimizing $x_{ij}$ becomes equivalent to minimizing $t_j \theta_{ij}/2$ when dealing with the connectivity from a new born node $i$. The competition between popularity and similarity is simply the minimization of distance between two nodes on a hyperbolic plane.
Why is this definition of distance far superior than the previous measure of $\mathrm{Popularity}\times \mathrm{Similarity}$? Or why do I care? Because the universe/nature itself measures distance on hyperbolic space, i.e., Minkowski space. It also shows us the hint that by choosing a proper metric we might be able to define distance between any nodes in any systems. The only question becomes which geometry.
This result is astonishing also because a discrete system is most likely generated dynamically according to some laws. The method of mapping nodes to a hyperbolic space provides a convenient metric or distance for us to find out the closest nodes. In other words, a node always connect to it’s nearest neighbors if the metric/distance is well defined.
In many real networks, early nodes are more popular. However, popularity decreasing with time can also be modeled. The idea is simple. We allow the nodes to drift away from the center along its own radial direction according to the restraint
where $r_j$ is an old node and it drifts, $r_i$ is the node at current time. Why would we do this? As $\beta$ approaches 1, we fall back to the situation that the nodes are stationary and no drifting is allowed. On the other hand, $\beta$ approaches 0 means we have all the nodes drifting to the circle of current time.
The drifting effectively decrease the connectivity of the old nodes since they are drifting away from the center. Another view of this fading is that the connection probability power law index $\gamma$ is larger, i.e.,
Boguna et al modeled the growth of internet AS using the popularity similarity method and it shows exactly the same statistical result as the actual internet AS data 5.
Krioukov et al came up with the idea that the whole universe can be mapped onto hyperbolic space and events are connected only to nearest neighbors. This in fact is already true in cosmology. Theories predicted that the matter density after inflation is power law, which can be explained by a dynamics generating of particle on a hyperbolic space. The authors created a map from the physical de Sitter space to hyperbolic space. Then the dynamic generation of the particles in the universe simple follows power law since the nodes generated this way has a power law distribution of degrees, i.e., a place that is dense initially is more likely to be dense after the inflation 6.
Barabási, A.-L., & Albert, R. (1999). Emergence of Scaling in Random Networks. Science, 286(5439), 509–512. ↩
Krapivsky, P. L., Redner, S., & Leyvraz, F. (2000). Connectivity of growing random networks. Physical Review Letters, 85(21), 4629–4632. ↩
This express is specific for curvature $K=-4$. However, the final result of scaling doesn’t dependent on the curvature itself. ↩
Boguñá, M., Papadopoulos, F., & Krioukov, D. (2010). Sustaining the Internet with hyperbolic mapping. Nature Communications, 1(6), 1–8. ↩
Krioukov, D., Kitsak, M., Sinkovits, R. S., Rideout, D., Meyer, D., & Boguñá, M. (2012). Network Cosmology. Scientific Reports, 2, 793. ↩


Ariana Grande Meets Her ‘Guy’ Bernie Sanders And Says She’ll ‘Never Smile This Hard Again’ – See The Iconic Pics!
by Nick MarkusAriana Grande met her favorite Presidential candidate at her concert and they just had to pose together for some iconic pics! That’s right! Democratic socialist Bernie Sanders was in attendance at her Atlanta show last night and Ari gushed over him, even saying that she ‘will never smile this hard again!’
The superstar is a big advocate for social justice as well as voter registration and it looks like her positive actions and words have managed to grab Bernie’s attention, much to her excitement!
The Vermont senator and 2020 presidential candidate stopped by her concert and the pics they took together are already iconic!
Both smiled really brightly and hugged affectionately and it’s just the cutest sight!
After the meeting, Ari took to her Twitter account to share the pics she was so proud of.
Alongside the snaps, she wrote: ‘MY GUY. thank you Senator Sanders for coming to the show and making my night and [thank you] for all that you stand for!’
And that was not all! She also tagged non-profit organization HeadCount in the post, which has offered voter registration at all of her Sweetener tour stops in America.
‘@headcountorg and i are doing our best to make you proud,’ she wrote, revealing that her concerts have already registered over 20,000 voters.
‘Also i will never smile this hard again, promise,’ she went on referring to her meeting Bernie Sanders.
As it turns out, Bernie had nothing but positive things to say about her as well, tweeting earlier today: ‘I want to thank @ArianaGrande for not only being such a wonderful entertainer, but also for being an outstanding advocate for social justice. We all must be prepared — like Ariana has shown — to fight for everyone who’s struggling. It was great to meet her in Atlanta last night.’