Karolina Xin
University of Waterloo Computer Science Student<EMAIL_ADDRESS>                                                                                > ca.linkedin.com/in/karolinaxin>
Hey, welcome to my website!
I'm currently a Computer Science COOP student at the University of Waterloo. I am a bubbly, outgoing person, who loves to climb trees, go outdoors,
and write during my spare time.

Feel free to contact me through my email as shown above. You can even email me to say a hello, or ask if chedder cheese is better than mozzarella.
You can even visit my blog at: karolinaxin.wordpress.com
My Blog
Current Volunteer Experience
Microsoft
Waterloo | Fall & Winter 2016/17
- Microsoft Student Program (MSP) is a student program that is in more than 110 countries around the world. MSP’s share their knowledge for technology towards other students, and inform them about what latest technologies Microsoft has to offer.
- Co-organized events, such as Azure Day/Imagine Cup, by giving information at booths and planning ideas
- Learnt about Visual Studio, Virtual Reality, and chat bots through technical workshops organized by Microsoft
- Represent Microsoft at hackathons by assisting with demos and helping to answer any questions
Math Society (i.e. MathSoc)
Waterloo | Fall & Winter 2016/17
- MathSoc (i.e. Math Society) represents students in the Math Faculty and their interests which include the Math C&D cafe, mathNews, and student services (e.g. lounge space and exam bank)
- Largest turnout to our Math events (137 people), by organizing and advertising the events with 5 First-Year Reps
- Communicate between First-Years and the MathSoc Council so that they can get their voice heard
- Influenced decision on which clubs get money, and changes to the Math Faculty, by attending budget and general meetings
- Decide what the application for honorary lifetime membership is, and help with nominations
Women in Computer Science Committee (WiCS)
Waterloo | Winter 2017
- WiCS is a student-run committee that supports the success of women in computer science at the University of Waterloo, through events, mentorships, outreach programs, and support for cis, trans women, and non-binary individuals.
- Advertised and informed Waterloo students about upcoming WiCS events to achieve large turn-outs, using Social Media sites, emails, posters, and word-of-mouth
- Collaborated with other WiCS members to shares roles, delegate tasks, and to plan future events
- Learnt github and putty terminal to use Internet Relay Chat (IRC)
Work Experience
North Toronto Aquatic Club
Toronto | Winter 2014 - Summer 2016
- NTAC was founded in 1968 by neighbourhood parents. It has grown from 52 swimmers, to over 700 swimmers per year, with classes at Glenview Pool and Lawrence Park pool.
- Ensure students learn proper strokes and water safety skills, and to have confidence in the water
- Create a healthy, safe, swimming environment for everyone to be able to learn in
- Learnt how to manage classes of different ages (5 to 13 years old)
- Created lesson plans and report cards
North Toronto Aquatic Club
Toronto | Fall 2013 - Winter 2014
- Assist the swim instructor on teaching and maintaining a healthy swimming environment for students
- Gained experience on managing classes, and how to design an effective lesson plan depending on the age group
Projects
- Made for indesicive people, as this app asks the user a series of questions to help the user make a decision. There are various topics, ranging from deciding on where they want to go for vacation, to choosing the food that matches your mood.
- Google Maps API used to show places nearby that match what the user answered in the quiz.
- Learnt Android Studio and XML in less than 24hrs
- Teamwork and self-learning skills
- Used Yahoo! Weather API so that the bot can determine the weather in any city
- Also used Detroit Bus API so the bot can also determine when the bus will arrive depending on which bus stop you type in
- Used JSONS and Python
- Teamwork and self-learning skills (e.g. didn’t know Python before hand)
- Used Java and included computer-controlled players - super user-friendly
- Games include: Connect-4, One-Player Tic-Tac-Toe, Matching Cards, Maze with multiple levels
- Used Java graphics, and the random function
- User-friendly, and can personalize background colour too
- Words in the cloud are all random colours, sizes, and locations
Awards
Awarded to a graduating student who showed the most leadership and involvement for Lawrence Park highschool, throughout his/her entire highschool career
International Award - World's leading Youth Achievement Award
This award is given once a participant has done at least 6 months of service, skills, and physical recreation. In addition, the participant must go on at least a 5 day long adventurous journey
Lawrence Park CI
This award is given to a student after every yearly term of school, who has the highest mark in Computer Science in his/her grade. I peaked at 100%
University of Waterloo
Awarded to students with an average of 90% or higher.
Lawrence Park CI Athletic Committee
Awarded to a female student who showed the most passion and improvement in badminton
Canadian Computing Competition Certificate of Distinction (Top 25%)
Semi-Finalists for ECOO York Computing Competition (team event)
2nd overall at DECA Regionals
Euclid Math Contest Certificate of Distinction (Top 25%) and 2nd place at Lawrence Park CI
Other Volunteer Experience
Lawrence Park CI
Toronto | Winter 2013 - Summer 2016
- Advanced Java coding skills, and worked on computer contest questions (Waterloo CCC)
- Teach coding skills to members
- Took up contest-level math questions for math club members
- Encouraged more girls to go into coding and STEM fields
- Created math games, such as math relay races to make the club more dynamic and interesting
Lawrence Park CI
Toronto | Winter 2015 - June 2016
- Primarily helped organize training of members and meetings
- Created material for members to study from
- Led training workshops to ensure all members are ready for the competitions
- As a result, this was our highschool's most successful year at DECA
Lawrence Park CI
Toronto | Winter 2015 - June 2016
- Assigned work to the committee to get the yearbook done
- Coordinated and led meetings
- Gave contructive criticism to improve our yearbook pages
- Communicated with teachers and staff to get all the photos in on time, and to make sure all the pages got approved by the school
Victim Services Toronto
Toronto | Summer 2014 - Summer 2016
- Victim Services Toronto recruit youth leaders from across the city to spread awareness on domestic violence, and encourage youth to end domestic violence through community based initiatives.
- Represent T.E.A.R (Teens Ending Abusive Relationships)
Boys and Girls Clubs of Canada
Toronto | Summer 2014
- Boys and Girls Clubs of Canada was established in the late 1860s, and is dedicated to helping young people grow into confident, healthy, and contributing adults. There are over 210,000 children and youth in BGCC, with ages ranging from pre-school to young adulthood.
- Learnt to quickly transfer names and budgets from Microsoft GP to an excel spreadsheet
- Quickly transferred names and budgets from Microsoft GP to an excel spreadsheet
- Used Microsoft CRM to check duplicate entries, and deleted all the duplicates


|
SuanShu, a Java numerical and statistical library | |||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object com.numericalmethod.suanshu.vector.doubles.dense.operation.VectorSpace
public class VectorSpace
A vector space is a set of vectors that are closed under some operations.
A basis is a set of vectors that, in a linear combination, can represent every vector in a given vector space, and such that no element of the set can be represented as a linear combination of the others. In other words, a basis is a linearly independent spanning set.
The orthogonal complement A⊥
of a subspace A
of an inner product space V
is the set of all vectors in V
that are orthogonal to every vector in A
.
Informally, it is called the perp, short for perpendicular complement.
For an m x n
matrix A
, where m ≥ n
,
the orthogonal basis are the orthogonalization of the columns.
The orthogonal complement is A⊥ = Null(A.t())
.
| Field Summary | |
|---|---|
double |
epsilon
a precision parameter: when a number |x| ≤ ε, it is considered 0 |
| Constructor Summary | |
|---|---|
VectorSpace(double epsilon,
Vector... elements)
Construct a vector space from an array of vectors. |
|
VectorSpace(Matrix A)
Construct a vector space from a matrix (a set of column vectors). |
|
VectorSpace(Matrix A,
double epsilon)
Construct a vector space from a matrix (a set of column vectors). |
|
VectorSpace(Vector... elements)
Construct a vector space from an array of vectors. |
|
VectorSpace(VectorList elements)
Construct a vector space from a list of vectors. |
|
VectorSpace(VectorList elements,
double epsilon)
Construct a vector space from a list of vectors. |
| Method Summary | |
|---|---|
VectorList |
basis()
Get a copy of the orthogonal basis. |
VectorList |
complement()
Get a copy of the basis of the orthogonal complement. |
boolean |
isInKernel(Vector b)
Deprecated. Not supported yet. |
boolean |
isSpanned(Vector b)
Check whether a vector is in the span of the the basis. |
Vector |
linearSpan(double... d)
Deprecated. Not supported yet. |
int |
rank()
Get the rank of this vector space. |
Vector |
spanningCoefficients(Vector b)
Find a linear combination of the basis that best approximates a vector in the linear least square sense. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public final double epsilon
| Constructor Detail |
|---|
public VectorSpace(VectorList elements, double epsilon)
elements
- a list of vectorsepsilon
- a precision parameter: when a number |x| ≤ ε, it is considered 0.
The ε is used to determine the numerical rank of the linear space.public VectorSpace(VectorList elements)
elements
- a list of vectorspublic VectorSpace(double epsilon, Vector... elements)
epsilon
- a precision parameter: when a number |x| ≤ ε, it is considered 0.
The ε is used to determine the numerical rank of the linear space.elements
- a list of vectorspublic VectorSpace(Vector... elements)
elements
- a list of vectorspublic VectorSpace(Matrix A, double epsilon)
A
- a matrix, i.e., (a set of column vectors)epsilon
- a precision parameter: when a number |x| ≤ ε, it is considered 0.
The ε is used to determine the numerical rank of the linear space.public VectorSpace(Matrix A)
A
- a matrix, i.e., (a set of column vectors)| Method Detail |
|---|
public int rank()
public VectorList basis()
public VectorList complement()
@Deprecated public Vector linearSpan(double... d)
d
- an array of coefficients.
public Vector spanningCoefficients(Vector b)
b
- a vector
OLSSolver
public boolean isSpanned(Vector b)
b
- a vector
true
iff b is in this vector space@Deprecated public boolean isInKernel(Vector b)
b
- a vector
true
iff b is in the kernel/nullspace of this vector space
|
SuanShu, a Java numerical and statistical library | |||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


function TextExtent(const Text: String): TSize;
function TextExtentW(const Text: Widestring): TSize;
Returns the width and height, in pixels, of a string rendered in the current Font.
Note, that the size returned by this function may differ from the actual width of the text produced by RenderText function, especially when using raster fonts.
Please note that the CLX versions of the non-Unicode methods do also default to Widestring because that is the native QT string format.


[gecode-users] How to create distributing strategies
Javier Mena
javimena at gmail.com
Wed Nov 30 00:23:55 CET 2005
Hi,
We are currently working in a project related to scheduling. We need a
distributor like Schedule.firstsDist in Mozart.
1. How is called a "distributor" in gecode?
2. Will (or does) gecode implements this distributor?
3. How can we implement out custom distribution strategies?
Thanks
--
Javier Andrés Mena Zapata
University of Valle
Cali - Colombia
More information about the gecode-users
mailing list


Service Type
Other Criteria
Visa Status
Refugee
Asylum Seeker
Undocumented
Perm. Resident
Distance to location (miles)
.5
1
3
5


...
The MPST and APST fields use this menu to determine when to post new value and archive monitors respectively.
Index Identifier Choice String 0 waveformPOST_Always Always 1 waveformPOST_OnChange On Change
...
The record-specific fields are described below.
Field Summary Type DCT Default Read Write CA PP VAL Value Set by FTVL No Yes Yes Yes FTVL Field Type of Value MENU (menuFtype) Yes Yes No No MPST Post Value Monitors MENU (waveformPOST) Yes Yes Yes No APST Post Archive Monitors MENU (waveformPOST) Yes Yes Yes No
...


This is an AMD sample that uses RequireJS as its load library. This means that this sample has its code broken down into 3 files:
requirejs-config.js - A configuration file linked to from the HTML as the startup JavaScript that will be loaded by RequireJS. This file only config RequireJS and loads the application file.
app.js - The application file that uses the jQuery-Knockout plugin to bind the viewmodel to the HTML elements. This file is dependant on jQuery, the jQuery-Knockout-plugin and on the model file.
model.js - The model file that define the KnockoutJS view model that will be used in this sample (Very simple model). This file only depends on KnockoutJS.
Note that the dependancy of the plugin in jQuery and Knockout is dealt within the plugin itself.


--- date: 2010-04-15T00:00:00Z published: true title: iA - Designing for iPad - Reality Check url: /2010/04/15/ia-designing-for-ipad-reality-check/ ---
Over the last two months we have been working on several iPad projects: Two news projects, a social network and a word processor; we worked on those applications without having the actual device to test. The question “Are we designing desktop applications, web sites or something entirely new?” has been torturing us until that magical package from New York finally crossed our door sill. Here is a quick write up of design insights before and after the appearance of the iPad at our office.


You're doing great! Keep it up!
There are TWO things you'll need:
- Have a hard copy of your id.
- Fill out the SS-5 Application form
Here is your nearest Social Security Administration office. Print out your form and take your Photo ID to submit documents in person.


{% extends "base.html" %} {% load staticfiles %} {% load i18n %} {% block css %} {% endblock css %} {% block page_title %}Digital Greendoors{% endblock %} {% block body_class %}{{ block.super }}{% endblock %} {% block content %} {#
#}Digital Green Doors is a University of Bristol research project investigating how technology can be used to help people gather information about retrofitting.
{#Want to participate in the project? You’ll have the opportunity to earn gift vouchers for your time –#} {# contact Elaine for more information.
#}


Our friends at Plotly are showing us a demo of their data-vis platform, their use of D3.js and the technical challenges they face. Come early! Beer and pizza being served starting at 6PM, and meetup starts at 7PM.


Presented by Justin Carmony / @JustinCarmony
Slides split up into multiple sections.
Slides both vertical and horizontal.
Nginx - Apache - PHP-FPM - PHP 5.4 (new sites)
PHP 5.3 (legacy tools) - MySQL - MongoDB - Redis
Beanstalkd - Memcached
Using Vagrant, they were able to setup our complex environment on their own in an hour while the other half of our team were sleeping on the other side of the world.

Things to configure:
config/prefs.rb
#!/usr/bin/env ruby
$config_source_dir = "/Users/jcarmony/git/demo"
$config_base_box = "precise64"
Vagrantfile
# -*- mode: ruby -*-
# vi: set ft=ruby :
load "config/prefs.rb"
Vagrant has the website http://www.vagrantbox.es/
A couple of things to keep in mind:
vagrant ssh
command.vagrant reload
vagrant provision
vagrant destory
and then vagrant up
<shameless_plug>
BTW, We're Hiring a DevOps position at
Deseret Digital Media, so email me if interested.
</shameless_plug>


Balance of Payment
A person of one country need the currency of another country for various purposes such as trade of goods and services, foreign investment and travelling. The actual flow of currency from one country to another is in these forms of activities. The transaction of trade in terms of goods and services between specific countries is kept recorded as a form of balance of payment which can even have signal of possible shifts in exchange rate.
Although international trade is possessed in various forms, the transaction of multiple currency is common in each of them. A country keeps these transactions with other countries as a form of Balance of Payments account. A balance of payment account maintains a systematic records of these transactions conducted at some specific time period between a home country and others (those countries with which the transactions are made). A balance of payment account of a country exhibit the size of its economic activities with rest of the world (appleyard2014international).
Since Balance of Payment is a bookkeeping system for inter countries economic activities, the items with payments inward to the home country are credited while payments outward from the home country are debited. Exports, inflow of foreign investment, interest and dividends obtained from the investment made on foreign country by the home country are considered as credited items as they increase the inward flow of currency. Similarly, Imports, investment made on foreign countries, interest and dividends paid to foreign countries for their investment in home country are the items to be debited (appleyard2014international).
Balance of payment can be classified into two broad categories – a) Current Account and b) Capital Account. The items that lies in these subcategories are illustrated in table below.
| Current Account | Capital Account |
|---|---|
|
|
Balance of payment can be classified into two broad categories – (a) Current Account and (b) Capital Account. The items that lies in these subcategories are illustrated in table-(tab:bopComponents).
Current Account
Current account measures net imports and exports of a country. Imports and exports are divided into three sub categories -(a)Trade of goods, (b) Trade of services and (c) Income,
which includes the interest and dividend payed to international firms operating within home country and interest and dividends earned from domestically owned firms abroad (krugman2006international).
The current account balance is the difference between export and import. When export of a country exceed its import, there is current account surplus and when import exceed export there is a current account deficit.
\[\begin{equation} \text{Current Account}=\text{Total Exports}-\text{Total Imports} \end{equation}\]Above equation can also be expressed as a form of income and expenditure like in equation-(curAccBal2) which is the difference between Total National Income and Total Domestic consumption (krugman2006international).
\[\begin{equation} \label{eq:curAccBal2} \text{Current Account Balance}= \underbrace{\text{Y}}_\text{GNP}- \underbrace{\left(\text{C}+\text{I}+\text{G}\right)}_{\substack{\text{Total Domestic}\\\text{Consumption}}} \end{equation}\] where,| C | = | I | = | G | = |
Current account incorporates a wide range of international transactions so there is a vital role of exchange rate in each of those transaction. This thesis has considered the monthly data for imports and exports of goods which is available from Statistics Norway. In Norway, current balance is highly influence by the balance in goods. Figure-(fig:curBal) shows that the balance in services in Norway is decreasing while the balance in Goods has boost up after around 1998. Further, the balance in services plotted in the same figure from the quarterly data exhibit a seasonal trend which is usual in Norway.
Imports
Machinery & equipment, chemicals, metals and food stuffs are major imports of Norway. Sweden (13.6%), Germany (12.4%), China (9.3%), Denmark (6.3%), UK (6.1%) and US (5.4%) are major import partners (Source: cia.gov). The monthly imports of new ships (ImpNewShip), oil platform (ImpOilPlat), old ships (ImpOldShip) and all other items excluding ship and oil platform (ImpExShipOilPlat) are considered as predictor variable in data analysis. The time-series plot for these variables are presented in figure-(fig:tsPlotImp)
Exports
Norway is richly endowed with natural resources – petroleum, hydro-power, fish, forests, and minerals but the economy is highly dependent on the petroleum sector (Source:cia.gov). Petroleum products, machinery and equipment, metals, chemicals, ships and fishes are major exports of Norway (Source:cia.gov). The monthly time series for the Export of condensed fuel (ExpCond), crude oil (ExpCrdOil), natural gas (ExpNatGas), new ships (ExpNewShip), oil platform (ExpOilPlat), old ships (ExpOldShip) and all other exports excluding ships and oil platforms (ExpExShipOilPlat) are presented in figure-(fig:tsPlotExp).


Blink HTML - how to make blink HTML these days 😉
The Blink HTML was first visual effect that was available in HTML. Your HTML page could show text, use different colors and blink. How that happened and how to make blink HTML nowadays (or blink HTML5)
Alright, most of the people I know thing that blink HTML is annoying. It is a part of history now, modern HTML pages use nice CSS3 and JavaScript-based effects to make your HTML page blink and do all other kind of stuff (WebGL, WebXR, 3d, anything).
Lou Montulli is often credited as a creator of blink HTML tag, and he has an interesting story about the origins on blink HTML tag.
My favorite quote there is:
and suddenly everything was blinking. “Look here”, “buy this”, “check this out”, all blinking.
Reminds me Futurama’s laugh at VR ads 😉
How to make blink HTML work nowadays?
Enough history! Good thing about any of the ways below is they support any content, not just text
MDN recommends a blink HTML polyfill using CSS which uses keyframes and will make blink HTML tag blink again.
blink {
animation: 2s linear infinite condemned_blink_effect;
}
@keyframes condemned_blink_effect {
0% { visibility: hidden; }
50% { visibility: hidden; }
100% { visibility: visible; }
}
Wikipedia’s way to make blink HTML work again:
blink, .blink {
animation: blink 1s step-end infinite;
}
@keyframes blink {
67% { opacity: 0 }
}
JavaScript way to make a blinking HTML element (not only text)
const blink = document.getElementById('blink');
setInterval(() => {
blink.style.opacity = (blink.style.opacity === 0 ? 1 : 0);
}, 1000);
Obsolete blink HTML ways
What blink HTML ways do not work:
- <blink> HTML tag itself
- CSS style
text-decoration: blink;
- does not make your HTML blink
P.S.: Anybody remembers marquee? :D
If you liked this post, you can share it with your followers or follow me on Twitter!


Why script things
Why not python
#!/usr/bin/env python3
import os
import subprocess
from sys import argv
if os.exists(argv[1]):
with open(argv[1], 'r') as handle_in:
for line in handle_in:
r = suprocess.run(['prog', 'arg', 'arg2', line.strip()])
else:
print('Infile does not exist!')
Why not python
#!/bin/bash
cat $1 | while read l
do
prog arg arg2 $l
done
On editors
Command line based
nano
vim
emacs
Graphical
The simplest script
#!/bin/bash
echo "Hello, World!"
Loops
#!/bin/bash
# A for loop
for ITEM in 1 2 3 4 5
do
echo $ITEM
done
# A while loop
cat my_files.txt | while read FILE
do
echo $FILE
done
Conditions
#!/bin/bash
if [ -f my_file.txt ]
then
echo "my_file.txt exists!"
fi
Arguments
#!/bin/bash INFILE=$1 OUTFILE=$2 echo "I got $INFILE as input. Will create $OUTFILE as output."
./this_scipt.sh my_infile.txt my_outfile.txt
Let's write a script!
We have a (sub)set of FASTQ files that we want to align to a genome. We also want to call variants (SNPs). We will use bwa mem
to align and bcftools mpileup
to call variants.
Steps
Starting long running jobs
screen
or tmux


---
title: Japan, Summer 2015
start_date: 2015-05-17
end_date: 2015-05-25
cities:
- Tokyo
- Osaka
- Kyoto
- Shiga
featured_image: travel/japan/kyoto-lake-cover.jpg
hero_image: travel/japan/kyoto-lake.jpg
image_roots:
- japan
redirect_from:
- /japan/
---
Right after the last day of classes my junior year at Columbia, I spent a week in Japan on a trip for Columbia students. The trip, organized by the Japanese Prime Minister's office, was called the Kakehashi Project, which translates literally as "Friendship Ties Project." The Kakehashi Project was part of a larger effort to encourage a healthy relationship between Japan and the rest of the world. After a visit to Columbia, Prime Minister Abe extended an offer to sponsor fifty Columbia students to visit Japan as the first batch of students in the program.
In just ten days, we visited Tokyo, Osaka, Kyoto, and Shiga, travelling within the country by bus and high-speed train. We visited universities, government buildings, shopping districts, small towns, and religeous monuments, with the goal of getting to know more about the country.
Tokyo
Technology, Government, and Culture
The first part of our trip was spent in Tokyo. We visited the Tokyo National Museum, the offices of the municipal government, Waseda University, and a variety of different neighborhoods within the city. We had a very packed schedule and only a few days in Tokyo, so I know that I missed out on the vast majority of what there is to see.
In a rare free moment, we would take the subway to a shopping district or famous food spot, somehow managing to figure out our way even without cell service or instructions in English. The one time we got lost, a local student helped us find our way.
{% include resimg.html src="travel/japan/tokyo-city.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-tower.jpg" class="with-viewer" %}
Left: A view of Shinjuku Chuo Park from the Tokyo from the Tokyo Metropolitan Government building.
Right: A view of the city at night from the Toyko Tower.
One of our first visits was to the Tokyo National Museum. As a fan of Japanese art and culture, this was a dream. They had a seemingly endless collection of works from throughout Japanese history, from Samurai armor and weapons to traditional screen paintings.
{% include resimg.html src="travel/japan/tokyo-museum.jpg" class="with-viewer" %}
A view of the main building at the Tokyo National Museum.
{% include resimg.html src="travel/japan/tokyo-museum-painting.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-museum-lake.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-museum-calligraphy.jpg" class="with-viewer" %}
Left: A close up of a massive screen Byōbu, or screen painting.
Center: Behind the main building is a lake and decorative house.
Right: Beautiful calligraphy on display under glass.
With the intention of connecting us with Japanese students, the Japanese govenrment organized tours of two differnet national universities. In Tokyo, we visited Waseda University. Our tour guide, a second-year student at Waseda, took us across the street to the education shrine. Some students go to the shrine on the day before a big exam or project, she told us.
The Waseda campus was absolutely beautiful. Their student union building has floor to ceiling glass windows, surrounded by trees, and a garden with a coy pond!
{% include resimg.html src="travel/japan/tokyo-waseda-glass.jpg" class="with-viewer" %}
I barely stopped walking to take this picture of the Waseda University cafeteria building in Tokyo. It wasn't until I got back to my computer that I realized how brightly the trees reflected off the glass.
{% include resimg.html src="travel/japan/tokyo-waseda-shrine-entry.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-waseda-shrine-steps.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-waseda-me.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/tokyo-waseda-fish.jpg" class="with-viewer" %}
Top left: Across the street from the Waseda campus, the shrine's entrance is unassuming.
Top right: Our tour guides show us around the campus.
Bottom left: Me outside the Waseda student center in the garden.
Bottom right: The coy pond nearby.
Osaka
Travel, Food, and Tradition
We travelled to Osaka on the Shinkansen, the Japanese bullet train. With a flat, almost platapus-like nose, this train felt more like space travel than any plane I've flown in.
We didn't get to see as much of Osaka as I would have liked; it was mostly a base camp for day trips into Kyoto. We did get a chance to do screen printing and ride a massive ferris wheel!
{% include resimg.html src="travel/japan/osaka-train.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/osaka-printing.jpg" class="with-viewer" %}
Left: The Shinkansen pulling into Osaka station.
Right: A screen printing I made our first morning in Osaka.
Kyoto
History, Religion, and Architecture
As we arrived in Kyoto, I was blown away by how seamlessly a city or town would transform into a historical or religious site. Modern buildings and ancient temples would sit side by side.
{% include resimg.html src="travel/japan/kyoto-gold.jpg" class="with-viewer" %}
A view from across a lake of Kinkaku-ji, a Zen Buddhist temple in Kyoto.
One striking example of this was in Fukashimi Inari-taisha, a Shinto shrine in Kyoto. As we walked through the town in Fukashimi-ku, we saw large orange gates, or arches, straddling the road. Following these gates led us to the entrance to the shrine, a path leading from the city streets up into the forest and mountain. Climbing higher, the gates got closer and closer together, until they were practically adjacent.
This smooth transformation from city to shrine was stunning and felt very different than the more walled-in or contained monuments of the United States. Walking deep into the forest, I found a quiet set of shrines and gates next to a lake. Very surreal.
{% include resimg.html src="travel/japan/kyoto-town.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/kyoto-arch.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/kyoto-path.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/kyoto-lake.jpg" class="with-viewer" %}
Top left: Walking through Fukashimi-ku, Kyoto.
Top right: A large gate at the entrance to Fukashimi Inari-taisha.
Bottom left: Just a few of the thousands of gates along the trail.
Bottom right: Away from the crowds of the lower areas of the shrine, I found this lake tucked into the hillside.
Shiga
Hospitality, Nature, and Agriculture
After an intense week in Tokyo, Osaka, and Kyoto, we finished off our trip with two days in Shiga prefecture, staying at a traditional Japanese Inn. Our innkeepers were a family with four living generations. Great grandmother down to great grandkids all stayed in the same house. They made us amazing home-cooked breakfast, and we were able to see their town and how they lived.
To me it seemed that every square foot of land that wasn't a road or a house was a rice field or garden of some kind. Everywhere you looked you would see them, a foot or so of water with little green stalks sticking out in an orderly grid.
{% include resimg.html src="travel/japan/shiga-rice.jpg" class="with-viewer" %}
A rice field across the street from the inn we stayed at in Shiga.
{% include resimg.html src="travel/japan/shiga-basketball.jpg" class="with-viewer" %}
{% include resimg.html src="travel/japan/shiga-calligraphy.jpg" class="with-viewer" %}
Left: We played basketball with some kids at this playground.
Right: The daughter of our innkeeper demonstrates her calligraphy in Shiga.


Data Visualization with R
2021-02-07
서문
The online version of this book is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
2021-02-07
The online version of this book is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.


| 061:014 Khan | : |
O you who believe! Be you helpers (in the Cause) of Allah as said 'Iesa (Jesus), son of Maryam (Mary), to Al-Hawarieen (the disciples): "Who are my helpers (in the Cause) of Allah?" Al-Hawarieen (the disciples) said: "We are Allah's helpers" (i.e. we will strive in His Cause!). Then a group of the Children of Israel believed and a group disbelieved. So We gave power to those who believed against their enemies, and they became the uppermost. |
| 061:014 Maulana | : |
O you who believe, be helpers (in the cause) of Allah, as Jesus, son of Mary, said to the disciples: Who are my helpers in the cause of Allah? The disciples said: We are the helpers (in the cause) of Allah. So a party of the Children of Israel believed and another party disbelieved; then We aided those who believed against their enemy, and they became predominant. |
| 061:014 Pickthal | : |
O ye who believe! Be Allah's helpers, even as Jesus son of Mary said unto the disciples: Who are my helpers for Allah? They said: We are Allah's helpers. And a party of the Children of Israel believed, while a party disbelieved. Then We strengthened those who believed against their foe, and they became the uppermost. |
| 061:014 Rashad | : |
O you who believe, be GOD's supporters, like the disciples of Jesus, son of Mary. When he said to them, "Who are my supporters towards GOD," they said, "We are GOD's supporters." Thus, a group from the Children of Israel believed, and another group disbelieved. We helped those who believed against their enemy, until they won. |
| 061:014 Sarwar | : |
Believers, be the helpers of God just as when Jesus, the son of Mary, asked the disciples, "Who will be my helpers for the cause of God?" and the disciples replied, "We are the helpers of God." A group of the Israelites believed in him and others rejected him. We helped the believers against their enemies and they became victorious. |
| 061:014 Shakir | : |
O you who believe! be helpers (in the cause) of Allah, as Isa son of Marium said to (his) disciples: Who are my helpers in the cause of Allah? The disciples said: We are helpers (in the cause) of Allah. So a party of the children of Israel believed and another party disbelieved; then We aided those who believed against their enemy, and they became uppermost. |
| 061:014 Sherali | : |
O ye who believe ! be helpers of ALLAH, as said Jesus, son of Mary, to his disciples, `Who are my helpers in the cause of ALLAH?' The disciples said, 'We are helpers of ALLAH.' So a party of the Children of Israel believed while a party disbelieved. Then WE aided those who believed against their enemy, and they became predominant. |
| 061:014 Yusufali | : |
O ye who believe! Be ye helpers of Allah: As said Jesus the son of Mary to the Disciples, "Who will be my helpers to (the work of) Allah?" Said the disciples, "We are Allah's helpers!" then a portion of the Children of Israel believed, and a portion disbelieved: But We gave power to those who believed, against their enemies, and they became the ones that prevailed. |
Concepts/Themes Covered: الإيمان > الأنبياء والرسل > حكمتهم في الدعوة Faith> The Prophets and the Messengers of Allah> Their Wisdom in their Mission الديانات > النصارى > الحواريون Religions>The Christians>The Disciples القصص والتاريخ > الحَواريون The Stories and the History>The Disciples(Al-Hawarion)
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


The following table shows what your year-by-year benefit amounts would be if you are still alive throughout the year in question.
1 && personB.mortalityTable[0] > 1"> The following table shows what your year-by-year benefit amounts would be if both people are still alive throughout the year in question. The survivor benefit amounts at the bottom of the table assume that a) the deceased person lived at least until the age at which they planned to file for their retirement benefit and that b) the surviving person waits at least until their full retirement age to file for a survivor benefit.
1) || (personA.mortalityTable[0] > 1 && personB.mortalityTable[0] == 1)"> The following table shows year-by-year benefit amounts. Note that in cases in which one person (and only one person) is using an assumed death age, this table shows what the benefit amounts would be if the other person lives at least beyond that point.
| Year | Your Annual Retirement/Disability Benefit | 0">Your Annual Mother/Father Benefit | Your Annual Spousal Benefit | Your Annual Survivor Benefit | Your Spouse's Annual Retirement/Disability Benefit | Your Spouse's Annual Spousal Benefit | Your Spouse's Annual Survivor Benefit | 0">Total Annual Child Benefit | 0">Total |
|---|---|---|---|---|---|---|---|---|---|
| {{data}} |


QUICKVOXEL
Double-click on graph to add contrast points
QUICKVOXEL
Open a NIfTI or Minc file
Pixpipe


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2D and 3D direct pixel access¶
-
class
sdl2.ext.
PixelView
(source : object)¶ 2D
MemoryView
forSoftwareSprite
andsdl2.SDL_surface
pixel access.Note
If necessary, the source surface will be locked for accessing its pixel data. The lock will be removed once thePixelView
is garbage-collected or deleted.The
PixelView
uses a y/x-layout. Accessingview[N]
will operate on the Nth row of the underlying surface. To access a specific column within that row,view[N][C]
has to be used.Note
PixelView
is implemented on top of theMemoryView
class. As such it makes heavy use of recursion to access rows and columns and can be considered as slow in contrast to optimised ndim-array solutions such asnumpy
.
-
sdl2.ext.
pixels2d
(source : object)¶ Creates a 2D pixel array, based on
numpy.ndarray
, from the passed source. source can be aSoftwareSprite
orsdl2.SDL_Surface
. TheSDL_Surface
of the source will be locked and unlocked automatically.The source pixels will be accessed and manipulated directly.
Note
pixels2d()
is only usable, if the numpy package is available within the target environment. If numpy could not be imported, asdl2.ext.compat.UnsupportedError
will be raised.
-
sdl2.ext.
pixels3d
(source : object)¶ Creates a 3D pixel array, based on
numpy.ndarray
, from the passed source. source can be aSoftwareSprite
orsdl2.SDL_Surface
. TheSDL_Surface
of the source will be locked and unlocked automatically.The source pixels will be accessed and manipulated directly.
Note
pixels3d()
is only usable, if the numpy package is available within the target environment. If numpy could not be imported, asdl2.ext.compat.UnsupportedError
will be raised.


Initializes a new instance of a service that supports rendering the state of CVSS v2 scoring engines as CVSS vector strings.
the prefixing option active for this renderer
Gets or sets the prefixing option active for this renderer.
Gets or sets the prefixing option active for this renderer.
Renders the state of a CVSS v2 scoring engine as a CVSS vector.
the scoring engine to render the state of
the resulting CVSS vector
Converts an access complexity enum value into its string representation.
the enum value to convert
the converted string
Converts an access vector enum value into its string representation.
the enum value to convert
the converted string
Converts an authentication enum value into its string representation.
the enum value to convert
the converted string
Converts a collateral damage potential enum value into its string representation.
the enum value to convert
the converted string
Converts an exploitability enum value into its string representation.
the enum value to convert
the converted string
Converts an impact enum value into its string representation.
the enum value to convert
the converted string
Converts an impact subscore enum value into its string representation.
the enum value to convert
the converted string
Converts a remediation level enum value into its string representation.
the enum value to convert
the converted string
Converts a report confidence enum value into its string representation.
the enum value to convert
the converted string
Converts a target distribution enum value into its string representation.
the enum value to convert
the converted string
Generated using TypeDoc
Represents a service that supports rendering the state of CVSS v2 scoring engines as CVSS vector strings.
Cvss2ScoringEngine


WITNESS LIST
Education
August 3, 2016 9:00 AM
County Schools Systems
AGAINST:
Joyce, Pam None (Self), Cypress, TX
Kitson, Carol (also providing written testimony) (Self), Houston, TX
ON:
Bamberg, Wanda Superintendent of Schools (Aldine ISD), Houston, TX
Colbert, James Superintendent (Harris County Dept. of Education), Houston, TX
Gulbas, Jeff Partner Attorney (Dallas County Schools), Dallas, TX
Haynes, Ph.D., Carole H. (Self), Dallas, TX
Hickman, Denise G. Executive Director Business (Dallas County Schools), Dallas, TX
Hobbs, Aaron Executive Director for Transportation (Dallas County Schools), Dallas, TX
Langlois, Sarah W. Outside General Counsel (Harris County Department of Education -
Administration), Houston, TX
Reyna, Hector CTO (Rodriguez), El Paso, TX
Sorrells, Rick Superintendent (also providing written testimony) (Dallas County Schools),
Dallas, TX
Sumners, Don Trustee (also providing written testimony) (Self), Houston, TX
Vera, Alan D. Texan (also providing written testimony) (Self), Houston, TX
Vera, Colleen Retired Teacher/Blogger (also providing written testimony) (Self; (Texas
Trash Talk)), Houston, TX
Wilson, David M. Director (Cypress Texas Tea Party), Cypress, TX
Wilson, William Citizen (also providing written testimony) (Self), Cypress, TX
Wolfe, Michael Harris County School Trustee (also providing written testimony) (Self),
Houston, TX
Efficiency
AGAINST:
Huff, Patrick Adjunct Professor (also providing written testimony) (Self), Tomball, TX
ON:
Aleman, Steven Policy Specialist (Disability Rights Texas), Austin, TX
Bigham, Deborah Chief Development Officer (Uplift Education), Dallas, TX
Davis, Traci Area Superintendent for Innovation and Choice (Grand Prairie ISD), Grand
Prairie, TX
Eaton, Holly Director of Professional Development Advocacy (Tx Classroom Teachers
Association), Austin, TX
Freeman, Ray Deputy Executive Director (also providing written testimony) (Equity
Center), Austin, TX
Gandy, Rachel Mental Health Policy Fellow (Hogg) (Disability Rights Texas), Austin, TX
Haeberlen, Paul T. President (also providing written testimony) (Education Resource
Group), The Woodlands, TX
Hammonds, Virgel Chief Learning Officer (Knowledge Works Foundation), Cincinnati,
OH
Hernandez, Lisa TLEC Advisor/ Texas Center Education Policy (TCEP) (also providing
written testimony) (Texas Latino Education Coalition (TLEC) TCEP), Austin, TX
WITNESS LIST
Education
August 3, 2016 9:00 AM
Hill, Johnny Chief Financial Officer, Lake Travis ISD (Fast Growth School Coalition; Tx.
Asso. of School Business Officials), Austin, TX
Linahan, Alice Mother - Argyle ISD Parent (also providing written testimony) (Self),
Argyle, TX
McNeil, Dr. Jesse. J President-McNeil Educational Foundation (also providing written
testimony) (TLEC and McNeil Foundation), Cypress, TX
Moreno, Celina Attorney - Maldef (Maldef), San Antonio, TX
Quinzi, Patty Legislative Counsel (also providing written testimony) (TX-AFT (American
Federation of Teachers)), Austin, TX
Saxton, Josette Director of Mental Health Policy (also providing written testimony)
(Texans Care for Children), Austin, TX
Swanson P.E. (Inactive), Steve Citizen (also providing written testimony) (Self), Austin,
TX
Taylor, Lori L. Principal Investigator (also providing written testimony) (Texas Smart
Schools Initiative), College Station, TX
Ybarva, Velma H.O.P.E Vice Chair (also providing written testimony) (Hispanics
Organized for Political Education), San Antonio, TX
Registering, but not testifying:
ON:
Sconzo, Guy Retired Superintendent Humble ISD (Fast Growth School Coalition and
Texas Assoc. of School Business Officials), Kingwood, TX


Moving windows¶
Examine the geowombat.moving()
help.
In [1]: import geowombat as gw
In [2]: print(help(gw.moving))
Help on function moving in module geowombat.core.util:
moving(data, band_names=None, stat='mean', perc=50, nodata=None, w=3, weights=False, n_jobs=1)
Applies a moving window function over Dask array blocks
Args:
data (DataArray): The ``xarray.DataArray`` to process.
band_names (int or str or list): The output band name(s).
stat (Optional[str]): The statistic to compute. Choices are ['mean', 'std', 'var', 'min', 'max', 'perc'].
perc (Optional[int]): The percentile to return if ``stat`` = 'perc'.
w (Optional[int]): The moving window size (in pixels).
nodata (Optional[int or float]): A 'no data' value to ignore.
weights (Optional[bool]): Whether to weight values by distance from window center.
n_jobs (Optional[int]): The number of rows to process in parallel.
Returns:
``xarray.DataArray``
Examples:
>>> import geowombat as gw
>>>
>>> # Calculate the mean within a 5x5 window
>>> with gw.open('image.tif') as src:
>>> res = gw.moving(ds, stat='mean', w=5, nodata=32767.0, n_jobs=8)
>>>
>>> # Calculate the 90th percentile within a 15x15 window
>>> with gw.open('image.tif') as src:
>>> res = gw.moving(stat='perc', w=15, perc=90, nodata=32767.0, n_jobs=8)
None
Calculate the local average.
import geowombat as gw
from geowombat.data import rgbn
with gw.open(rgbn, chunks=512) as src:
res = src.gw.moving(stat='mean', w=5, n_jobs=4, nodata=0)
# Compute results
res.data.compute()
Note
The moving window function uses Dask to partition chunks and calculate a statistic for the chunk. Calling geowombat.to_raster()
on the Xarray object will result in concurrent.futures being unable to pickle the underlying worker function.
A workaround is to compute the results before writing to file
from geowombat.core import dask_to_xarray
import xarray as xr
import dask.array as da
with gw.open(rgbn, chunks=512) as src:
res = src.gw.moving(stat='mean', w=5, n_jobs=4, nodata=0)
# Compute the moving window and save as an Xarray
res = dask_to_xarray(src,
da.from_array(res.data.compute(num_workers=4), chunks=src.data.chunksize),
src.band.values.tolist())
# Write the results to file
res.gw.to_raster('output.tif', n_workers=4, n_threads=1)
Starting in GeoWombat version 1.2.2, the moving window can be computed directly over a large array with user functions and block padding.
from geowombat.moving import moving_window
w = 5
wh = int(w / 2)
with gw.open(rgbn, chunks=512) as src:
src.attrs['apply'] = moving_window
src.attrs['apply_kwargs'] = {'stat': 'mean', 'w': w, 'n_jobs': 4, 'nodata': 0}
res.gw.to_raster('output.tif',
n_workers=4,
n_threads=1,
padding=(wh, wh, wh, wh))


+ Added line - Removed line Normal line - Removed line + Added line
Normal line + Added line - Removed line Normal line - Removed line + Added line


Denim Jeans
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Denim Jeans
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Catalog Name: *Men's Stylish Denim Jeans Vol 6* Fabric: Denim Waist Size: 28 in, 30 in, 32 in, 34 in, 36 in, Length: Up To 30 in Type: Stitched Description: It Has 1 Piece of Jeans Pattern: Solid Dispatch: 2 - 3 Days Designs: 5 Easy Returns Available In Case Of Any Issue
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Printed Shirt
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Printed Shirt
₹800.00
Catalog Name: * Eva Elegant Cotton Solid Men's Shirts Vol 6* Fabric: Cotton Sleeves: Full Sleeves Are Included Size: S, M, L, XL (Refer Size Chart) Length: Refer Size Chart Fit: Regular Fit Type: Stitched Description: It Has 1 Piece of Men's Shirt Pattern: Solid Dispatch: 2 - 3 Days Designs:4 Easy Returns Available in Case Of Any Issue.


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This application is running in production mode and therefore cannot be inspected using Augury.
If this is an Angular application, please rebuild your application in debug mode or remove the call to enableProdMode().


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|
Firmware documentation - Master
v. 6.1.5
Centro E.Piaggio
|
Global definitions and macros are set in this file. More...
Go to the source code of this file.
Data Structures | |
| struct | st_ref |
| Motor Reference structure. More... | |
| struct | st_meas |
| struct | st_data |
| Data sent/received structure. More... | |
| struct | st_mem |
| struct | st_dev |
| Device related structure. More... | |
| struct | st_calib |
| Hand calibration structure. More... | |
Macros | |
| #define | VERSION "SH-PRO v6.1.1 - Master w/Rest position" |
| #define | NUM_OF_MOTORS 2 |
| #define | NUM_OF_SENSORS 3 |
| #define | NUM_OF_EMGS 2 |
| #define | NUM_OF_ANALOG_INPUTS 4 |
| #define | NUM_OF_PARAMS 25 |
| #define | CALIBRATION_DIV 10 |
| #define | DIV_INIT_VALUE 1 |
| #define | DMA_BYTES_PER_BURST 2 |
| #define | DMA_REQUEST_PER_BURST 1 |
| #define | DMA_SRC_BASE (CYDEV_PERIPH_BASE) |
| #define | DMA_DST_BASE (CYDEV_SRAM_BASE) |
| #define | WAIT_START 0 |
| #define | WAIT_ID 1 |
| #define | WAIT_LENGTH 2 |
| #define | RECEIVE 3 |
| #define | UNLOAD 4 |
| #define | FALSE 0 |
| #define | TRUE 1 |
| #define | DEFAULT_EEPROM_DISPLACEMENT 8 |
| #define | MAX_WATCHDOG_TIMER 250 |
| #define | PWM_MAX_VALUE 100 |
| #define | ANTI_WINDUP 1000 |
| #define | DEFAULT_CURRENT_LIMIT 1000 |
| #define | CURRENT_HYSTERESIS 10 |
| #define | EMG_SAMPLE_TO_DISCARD 500 |
| #define | SAMPLES_FOR_MEAN 100 |
| #define | SAMPLES_FOR_EMG_MEAN 1000 |
| #define | CALIB_DECIMATION 1 |
| #define | NUM_OF_CLOSURES 5 |
| #define | POS_INTEGRAL_SAT_LIMIT 50000000 |
| #define | CURR_INTEGRAL_SAT_LIMIT 100000 |
| #define | MIN_CURR_SAT_LIMIT 30 |
| #define | LOOKUP_DIM 6 |
Enumerations | |
| enum | emg_status { NORMAL = 0, RESET = 1, DISCARD = 2, SUM_AND_MEAN = 3, WAIT = 4, WAIT_EoC = 5 } |
Variables | |
| struct st_ref g_ref g_refNew | g_refOld |
| struct st_meas g_meas | g_measOld |
| struct st_data | g_rx |
| struct st_mem g_mem | c_mem |
| struct st_calib | calib |
| uint32 | timer_value |
| uint32 | timer_value0 |
| int32 | dev_tension |
| uint8 | dev_pwm_limit |
| int32 | dev_tension_f |
| int32 | pow_tension |
| CYBIT | reset_last_value_flag |
| CYBIT | tension_valid |
| CYBIT | interrupt_flag |
| CYBIT | watchdog_flag |
| float | tau_feedback |
| int16 | ADC_buf [4] |
| int8 | pwm_sign |
| uint8 | master_mode |
| uint8 | rest_enabled |
| uint8 | forced_open |
| int32 | rest_pos_curr_ref |
| uint8 | receive_meas_from_hand |
| int16 | check2 |
| uint8 | check3 |
| uint8 | check4 |
| int32 | check5 |
| int32 | curr_pos_res |
Global definitions and macros are set in this file.
| #define ANTI_WINDUP 1000 |
Anti windup saturation.
| #define CALIBRATION_DIV 10 |
Frequency divisor for hand calibration (100Hz).
| #define CURR_INTEGRAL_SAT_LIMIT 100000 |
Anti windup on current control.
| #define CURRENT_HYSTERESIS 10 |
milliAmperes of hysteresis for current control.
| #define DEFAULT_CURRENT_LIMIT 1000 |
Default Current limit, 0 stands for unlimited.
| #define DEFAULT_EEPROM_DISPLACEMENT 8 |
Number of pages occupied by the EEPROM.
| #define DIV_INIT_VALUE 1 |
Initial value for hand counter calibration.
| #define EMG_SAMPLE_TO_DISCARD 500 |
Number of sample to discard before calibration.
| #define LOOKUP_DIM 6 |
Dimension of the current lookup table.
| #define MAX_WATCHDOG_TIMER 250 |
num * 2 [cs]
| #define NUM_OF_ANALOG_INPUTS 4 |
Total number of analogic inputs.
| #define NUM_OF_EMGS 2 |
Number of emg channels.
| #define NUM_OF_MOTORS 2 |
Number of motors.
| #define NUM_OF_PARAMS 25 |
Number of parameters saved in the EEPROM.
| #define NUM_OF_SENSORS 3 |
Number of encoders.
| #define POS_INTEGRAL_SAT_LIMIT 50000000 |
Anti windup on position control.
| #define PWM_MAX_VALUE 100 |
Maximum value of the PWM signal.
| #define RECEIVE 3 |
Package data receiving status.
| #define SAMPLES_FOR_EMG_MEAN 1000 |
Number of samples used to mean emg values.
| #define SAMPLES_FOR_MEAN 100 |
Number of samples used to mean current values.
| #define UNLOAD 4 |
Package data flush status.
| #define WAIT_ID 1 |
Package ID waiting status.
| #define WAIT_LENGTH 2 |
Package lenght waiting status.
| #define WAIT_START 0 |
Package start waiting status.
| enum emg_status |
| struct st_mem g_mem c_mem |
Memory parameters.
| uint8 dev_pwm_limit |
Device pwm limit.
Device pwm limit. It may change during execution.
| int32 dev_tension |
Power supply tension.
| int32 dev_tension_f |
Filtered power supply tension.
| uint8 forced_open |
Forced open flag (used in position with rest position control).
| struct st_meas g_meas g_measOld |
Measurements.
| struct st_ref g_ref g_refNew g_refOld |
Reference variables.
| struct st_data g_rx |
Incoming/Outcoming data.
| CYBIT interrupt_flag |
Interrupt flag enabler.
| uint8 master_mode |
Flag used to set/unset master mode to send messages to other boards.
| int32 pow_tension |
Computed power supply tension.
| int8 pwm_sign |
ADC measurements buffer. Sign of pwm driven. Used to obtain current sign.
| uint8 receive_meas_from_hand |
Position measurement form hand.
| CYBIT reset_last_value_flag |
This flag is set when the encoders last values must be resetted.
| uint8 rest_enabled |
Rest position flag.
| int32 rest_pos_curr_ref |
Rest position current reference.
| float tau_feedback |
Torque feedback.
| CYBIT tension_valid |
Tension validation bit.
| uint32 timer_value |
End time of the firmware main loop.
| uint32 timer_value0 |
Start time of the firmware main loop
| CYBIT watchdog_flag |
Watchdog flag enabler.


{% include app-header.html %} {% include sections/map-large.html %} {% include sections/app-buttons.html %} {% include app-footer.html %}


In the Shop on Thu Dec 05 2019
7 visitors.
5 Visiting
| Peter Maxfield | Patron | 7:30 pm | Edit | Remove | |
| Don Kelly | Patron | 6:56 pm | Came in with a rear wheel that was ground down. SOld him a wheel but needs to go to bike shop for tires and remove freewheel. missing socket for old 5 speed freewheel | Edit | Remove |
| Sophie Pinion | Patron | 6:05 pm | Worked an hour for handle bars. O hrs now | Edit | Remove |
| Dre 'Beats' | Patron | 6:04 pm | Edit | Remove | |
| James Gallant | Patron | 6:04 pm | Edit | Remove |
2 Volunteering
| Rocky Runaway Lewis | Staff | 6:34 pm | Edit | Remove | |
| Mark Friis | Staff | 6:02 pm | Edit | Remove |


How to Help
Truckerswelcome.ca is an open source initiative to help our truck, delivery and transit drivers who are putting themselves at risk to keep our supply chain moving during the COVID-19 pandemic and finding it increasingly difficult to get access to the basic services they need due to social distancing measures.
For more information on the challenges they are facing see this recent CBC news article.
Developers
If you are a developer, here's a list of next steps to get this off the ground:
- Set up git repository for the project
- Set up a slack group for the project
- Set up the DevOps infrastructure so we can deliver stable functional increments
- Implement the application database (list of businesses, their location and services they are offering to drivers)
- Front-end development for the application interface (browser based but primarily usable on mobile devices)
- Backend development to support location based searches and other server-side functions
- Security leads to ensure security best practices are followed at the database, source code and operational level
The github project is here:
https://github.com/truckerswelcome/webapp
Use this link to join the slack channel:
https://join.slack.com/t/truckerswelcome/shared_invite/zt-dakd3cn7-ndNJDH0JyUBTy09ABT0A1Q
Community
This initiative will only succeed with support from the broader community. Here are a few things you can do to help:
- Spread the word. We need data for this to be useful to our drivers. The more businesses in the database, the more helpful this will be to drivers. It would be great to get help from the media to inform businesses and drivers once the minimum viable product is up and running.
- Gather & input data. Do you know of a business that is offering services to drivers? Send that information over or use the application interface (once it is operational) to enter the information.
- Help with resources. The application is running in Google Cloud and using the Google Maps API. If you have contacts within Google that can help with cloud resources please reach out to them.
Interested in helping? Send an email to help@truckerswelcome.ca


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DEBUGFS
Section: Maintenance Commands (8)Updated: May 2010
Index Return to Main Contents
NAME
debugfs - ext2/ext3/ext4 file system debuggerSYNOPSIS
debugfs [ -Vwci ] [ -b blocksize ] [ -s superblock ] [ -f cmd_file ] [ -R request ] [ -d data_source_device ] [ device ]DESCRIPTION
The debugfs program is an interactive file system debugger. It can be used to examine and change the state of an ext2, ext3, or ext4 file system.device is the special file corresponding to the device containing the file system (e.g /dev/hdXX).
OPTIONS
- -w
- Specifies that the file system should be opened in read-write mode. Without this option, the file system is opened in read-only mode.
- -c
- Specifies that the file system should be opened in catastrophic mode, in which the inode and group bitmaps are not read initially. This can be useful for filesystems with significant corruption, but because of this, catastrophic mode forces the filesystem to be opened read-only.
- -i
- Specifies that device represents an ext2 image file created by the e2image program. Since the ext2 image file only contains the superblock, block group descriptor, block and inode allocation bitmaps, and the inode table, many debugfs commands will not function properly. Warning: no safety checks are in place, and debugfs may fail in interesting ways if commands such as ls, dump, etc. are tried without specifying the data_source_device using the -d option. debugfs is a debugging tool. It has rough edges!
- -d data_source_device
- Used with the -i option, specifies that data_source_device should be used when reading blocks not found in the ext2 image file. This includes data, directory, and indirect blocks.
- -b blocksize
- Forces the use of the given block size for the file system, rather than detecting the correct block size as normal.
- -s superblock
- Causes the file system superblock to be read from the given block number, instead of using the primary superblock (located at an offset of 1024 bytes from the beginning of the filesystem). If you specify the -s option, you must also provide the blocksize of the filesystem via the -b option.
- -f cmd_file
- Causes debugfs to read in commands from cmd_file, and execute them. When debugfs is finished executing those commands, it will exit.
- -R request
- Causes debugfs to execute the single command request, and then exit.
- -V
- print the version number of debugfs and exit.
SPECIFYING FILES
Many debugfs commands take a filespec as an argument to specify an inode (as opposed to a pathname) in the filesystem which is currently opened by debugfs. The filespec argument may be specified in two forms. The first form is an inode number surrounded by angle brackets, e.g., <2>. The second form is a pathname; if the pathname is prefixed by a forward slash ('/'), then it is interpreted relative to the root of the filesystem which is currently opened by debugfs. If not, the pathname is interpreted relative to the current working directory as maintained by debugfs. This may be modified by using the debugfs command cd.COMMANDS
This is a list of the commands which debugfs supports.- bmap filespec logical_block
- Print the physical block number corresponding to the logical block number logical_block in the inode filespec.
- cat filespec
- Dump the contents of the inode filespec to stdout.
- cd filespec
- Change the current working directory to filespec.
- chroot filespec
- Change the root directory to be the directory filespec.
- close [-a]
- Close the currently open file system. If the -a option is specified, write out any changes to the superblock and block group descriptors to all of the backup superblocks, not just to the master superblock.
- clri file
- Clear the contents of the inode file.
- dump [-p] filespec out_file
- Dump the contents of the inode filespec to the output file out_file. If the -p option is given set the owner, group and permissions information on out_file to match filespec.
- dump_extents [-n] [-l] filespec
- Dump the the extent tree of the inode filespec. The -n flag will cause dump_extents to only display the interior nodes in the extent tree. The -l flag cause dump_extents to only display the leaf nodes in the extent tree.
- (Please note that the length and range of blocks for the last extent in an interior node is an estimate by the extents library functions, and is not stored in filesystem data structures. Hence, the values displayed may not necessarily by accurate and does not indicate a problem or corruption in the file system.)
- expand_dir filespec
- Expand the directory filespec.
- feature [fs_feature] [-fs_feature] ...
- Set or clear various filesystem features in the superblock. After setting or clearing any filesystem features that were requested, print the current state of the filesystem feature set.
- find_free_block [count [goal]]
- Find the first count free blocks, starting from goal and allocate it.
- find_free_inode [dir [mode]]
- Find a free inode and allocate it. If present, dir specifies the inode number of the directory which the inode is to be located. The second optional argument mode specifies the permissions of the new inode. (If the directory bit is set on the mode, the allocation routine will function differently.)
- freeb block [count]
- Mark the block number block as not allocated. If the optional argument count is present, then count blocks starting at block number block will be marked as not allocated.
- freei filespec
- Free the inode specified by filespec.
- help
- Print a list of commands understood by debugfs(8).
- icheck block ...
- Print a listing of the inodes which use the one or more blocks specified on the command line.
- imap filespec
- Print the location of the inode data structure (in the inode table) of the inode filespec.
- init_filesys device blocksize
- Create an ext2 file system on device with device size blocksize. Note that this does not fully initialize all of the data structures; to do this, use the mke2fs(8) program. This is just a call to the low-level library, which sets up the superblock and block descriptors.
- kill_file filespec
- Deallocate the inode filespec and its blocks. Note that this does not remove any directory entries (if any) to this inode. See the rm(1) command if you wish to unlink a file.
- lcd directory
- Change the current working directory of the debugfs process to directory on the native filesystem.
- ln filespec dest_file
- Create a link named dest_file which is a link to filespec. Note this does not adjust the inode reference counts.
- logdump [-acs] [-b<block>] [-i<filespec>] [-f<journal_file>] [output_file]
- Dump the contents of the ext3 journal. By default, the journal inode as specified in the superblock. However, this can be overridden with the -i option, which uses an inode specifier to specify the journal to be used. A file containing journal data can be specified using the -f option. Finally, the -s option utilizes the backup information in the superblock to locate the journal.
- The -a option causes the logdump program to print the contents of all of the descriptor blocks. The -b option causes logdump to print all journal records that are refer to the specified block. The -c option will print out the contents of all of the data blocks selected by the -a and -b options.
- ls [-l] [-d] [-p] filespec
- Print a listing of the files in the directory filespec. The -l flag will list files using a more verbose format. The -d flag will list deleted entries in the directory. The -p flag will list the files in a format which is more easily parsable by scripts, as well as making it more clear when there are spaces or other non-printing characters at the end of filenames.
- modify_inode filespec
- Modify the contents of the inode structure in the inode filespec.
- mkdir filespec
- Make a directory.
- mknod filespec [p|[[c|b] major minor]]
- Create a special device file (a named pipe, character or block device). If a character or block device is to be made, the major and minor device numbers must be specified.
- ncheck inode_num ...
- Take the requested list of inode numbers, and print a listing of pathnames to those inodes.
- open [-w] [-e] [-f] [-i] [-c] [-b blocksize] [-s superblock] device
- Open a filesystem for editing. The -f flag forces the filesystem to be opened even if there are some unknown or incompatible filesystem features which would normally prevent the filesystem from being opened. The -e flag causes the filesystem to be opened in exclusive mode. The -b, -c, -i, -s, and -w options behave the same as the command-line options to debugfs.
- pwd
- Print the current working directory.
- quit
- Quit debugfs
- rdump directory destination
- Recursively dump directory and all its contents (including regular files, symbolic links, and other directories) into the named destination which should be an existing directory on the native filesystem.
- rm pathname
-
Unlink
pathname.
If this causes the inode pointed to by
pathname
to have no other references, deallocate the file. This command functions
as the unlink() system call.
- rmdir filespec
- Remove the directory filespec.
- setb block [count]
- Mark the block number block as allocated. If the optional argument count is present, then count blocks starting at block number block will be marked as allocated.
- set_block_group bgnum field value
- Modify the block group descriptor specified by bgnum so that the block group descriptor field field has value value.
- seti filespec
- Mark inode filespec as in use in the inode bitmap.
- set_inode_field filespec field value
- Modify the inode specified by filespec so that the inode field field has value value. The list of valid inode fields which can be set via this command can be displayed by using the command: set_inode_field -l
- set_super_value field value
- Set the superblock field field to value. The list of valid superblock fields which can be set via this command can be displayed by using the command: set_super_value -l
- show_super_stats [-h]
- List the contents of the super block and the block group descriptors. If the -h flag is given, only print out the superblock contents.
- stat filespec
- Display the contents of the inode structure of the inode filespec.
- testb block [count]
- Test if the block number block is marked as allocated in the block bitmap. If the optional argument count is present, then count blocks starting at block number block will be tested.
- testi filespec
- Test if the inode filespec is marked as allocated in the inode bitmap.
- undel <inode num> [pathname]
- Undelete the specified inode number (which must be surrounded by angle brackets) so that it and its blocks are marked in use, and optionally link the recovered inode to the specified pathname. The e2fsck command should always be run after using the undel command to recover deleted files.
- Note that if you are recovering a large number of deleted files, linking the inode to a directory may require the directory to be expanded, which could allocate a block that had been used by one of the yet-to-be-undeleted files. So it is safer to undelete all of the inodes without specifying a destination pathname, and then in a separate pass, use the debugfs link command to link the inode to the destination pathname, or use e2fsck to check the filesystem and link all of the recovered inodes to the lost+found directory.
- unlink pathname
- Remove the link specified by pathname to an inode. Note this does not adjust the inode reference counts.
- write source_file out_file
- Create a file in the filesystem named out_file, and copy the contents of source_file into the destination file.
ENVIRONMENT VARIABLES
- DEBUGFS_PAGER, PAGER
- The debugfs(8) program always pipes the output of the some commands through a pager program. These commands include: show_super_stats, list_directory, show_inode_info, list_deleted_inodes, and htree_dump. The specific pager can explicitly specified by the DEBUGFS_PAGER environment variable, and if it is not set, by the PAGER environment variable.
- Note that since a pager is always used, the less(1) pager is not particularly appropriate, since it clears the screen before displaying the output of the command and clears the output the screen when the pager is exited. Many users prefer to use the less(1) pager for most purposes, which is why the DEBUGFS_PAGER environment variable is available to override the more general PAGER environment variable.
AUTHOR
debugfs was written by Theodore Ts'o<EMAIL_ADDRESS>ALSO
dumpe2fs(8), tune2fs(8), e2fsck(8), mke2fs(8)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:25 GMT, December 24, 2015


| 1110 | (A) | than any renke of Rome rewede of thaire sorowe |
| 1114 | (C) | Thanne any manne out of rome . shollde reioyse her sorowe |
| 1096 | (D) | þan eny renk out of rome reioysid her sorow |
| 1077 | (E) | than eny wiþt of rome . renewyd her sorwe . |
| (Ex) | ---- no text ---- | |
| 1134 | (L) | þan any renke out of rome Ioyced here sorowe |
| 1046 | (P) | þ an . . . |
| 1086 | (U) | Then eny renk out of Rome / renewed her sorougħ |
| 175 | (V) | þanne any renk out of Rome . shulde reioisse of þere sorowe |


| Package | TC | CC | AC | Ca | Ce | A | I | D | V |
|---|---|---|---|---|---|---|---|---|---|
| org.apache.commons.fileupload | 33 | 23 | 10 | 4 | 7 | 30.000002% | 64.0% | 6.0% | 1 |
| org.apache.commons.fileupload.disk | 2 | 2 | 0 | 1 | 8 | 0.0% | 89.0% | 11.0% | 1 |
| org.apache.commons.fileupload.portlet | 2 | 2 | 0 | 0 | 5 | 0.0% | 100.0% | 0.0% | 1 |
| org.apache.commons.fileupload.servlet | 3 | 3 | 0 | 1 | 7 | 0.0% | 88.0% | 12.0% | 1 |
| org.apache.commons.fileupload.util | 4 | 2 | 2 | 2 | 4 | 50.0% | 67.0% | 17.0% | 1 |
| Afferent Couplings | Efferent Couplings | Abstractness | Instability | Distance |
|---|---|---|---|---|
| 4 | 7 | 30.000002% | 64.0% | 6.0% |
| Abstract Classes | Concrete Classes | Used by Packages | Uses Packages |
|---|---|---|---|
| org.apache.commons.fileupload.FileItem org.apache.commons.fileupload.FileItemFactory org.apache.commons.fileupload.FileItemHeaders org.apache.commons.fileupload.FileItemHeadersSupport org.apache.commons.fileupload.FileItemIterator org.apache.commons.fileupload.FileItemStream org.apache.commons.fileupload.FileUploadBase org.apache.commons.fileupload.FileUploadBase$SizeException org.apache.commons.fileupload.ProgressListener org.apache.commons.fileupload.RequestContext |
org.apache.commons.fileupload.DefaultFileItem org.apache.commons.fileupload.DefaultFileItemFactory org.apache.commons.fileupload.DiskFileUpload org.apache.commons.fileupload.FileItemStream$ItemSkippedException org.apache.commons.fileupload.FileUpload org.apache.commons.fileupload.FileUploadBase$FileItemIteratorImpl org.apache.commons.fileupload.FileUploadBase$FileItemIteratorImpl$1 org.apache.commons.fileupload.FileUploadBase$FileItemIteratorImpl$FileItemStreamImpl org.apache.commons.fileupload.FileUploadBase$FileItemIteratorImpl$FileItemStreamImpl$1 org.apache.commons.fileupload.FileUploadBase$FileSizeLimitExceededException org.apache.commons.fileupload.FileUploadBase$FileUploadIOException org.apache.commons.fileupload.FileUploadBase$IOFileUploadException org.apache.commons.fileupload.FileUploadBase$InvalidContentTypeException org.apache.commons.fileupload.FileUploadBase$SizeLimitExceededException org.apache.commons.fileupload.FileUploadBase$UnknownSizeException org.apache.commons.fileupload.FileUploadException org.apache.commons.fileupload.InvalidFileNameException org.apache.commons.fileupload.MultipartStream org.apache.commons.fileupload.MultipartStream$IllegalBoundaryException org.apache.commons.fileupload.MultipartStream$ItemInputStream org.apache.commons.fileupload.MultipartStream$MalformedStreamException org.apache.commons.fileupload.MultipartStream$ProgressNotifier org.apache.commons.fileupload.ParameterParser |
org.apache.commons.fileupload.disk org.apache.commons.fileupload.portlet org.apache.commons.fileupload.servlet org.apache.commons.fileupload.util |
java.io java.lang java.util javax.servlet.http org.apache.commons.fileupload.disk org.apache.commons.fileupload.servlet org.apache.commons.fileupload.util |
| Afferent Couplings | Efferent Couplings | Abstractness | Instability | Distance |
|---|---|---|---|---|
| 1 | 8 | 0.0% | 89.0% | 11.0% |
| Abstract Classes | Concrete Classes | Used by Packages | Uses Packages |
|---|---|---|---|
| None | org.apache.commons.fileupload.disk.DiskFileItem org.apache.commons.fileupload.disk.DiskFileItemFactory |
org.apache.commons.fileupload |
java.io java.lang java.rmi.server java.util org.apache.commons.fileupload org.apache.commons.fileupload.util org.apache.commons.io org.apache.commons.io.output |
| Afferent Couplings | Efferent Couplings | Abstractness | Instability | Distance |
|---|---|---|---|---|
| 0 | 5 | 0.0% | 100.0% | 0.0% |
| Abstract Classes | Concrete Classes | Used by Packages | Uses Packages |
|---|---|---|---|
| None | org.apache.commons.fileupload.portlet.PortletFileUpload org.apache.commons.fileupload.portlet.PortletRequestContext |
None | java.io java.lang java.util javax.portlet org.apache.commons.fileupload |
| Afferent Couplings | Efferent Couplings | Abstractness | Instability | Distance |
|---|---|---|---|---|
| 1 | 7 | 0.0% | 88.0% | 12.0% |
| Abstract Classes | Concrete Classes | Used by Packages | Uses Packages |
|---|---|---|---|
| None | org.apache.commons.fileupload.servlet.FileCleanerCleanup org.apache.commons.fileupload.servlet.ServletFileUpload org.apache.commons.fileupload.servlet.ServletRequestContext |
org.apache.commons.fileupload |
java.io java.lang java.util javax.servlet javax.servlet.http org.apache.commons.fileupload org.apache.commons.io |
| Afferent Couplings | Efferent Couplings | Abstractness | Instability | Distance |
|---|---|---|---|---|
| 2 | 4 | 50.0% | 67.0% | 17.0% |
| Abstract Classes | Concrete Classes | Used by Packages | Uses Packages |
|---|---|---|---|
| org.apache.commons.fileupload.util.Closeable org.apache.commons.fileupload.util.LimitedInputStream |
org.apache.commons.fileupload.util.FileItemHeadersImpl org.apache.commons.fileupload.util.Streams |
org.apache.commons.fileupload org.apache.commons.fileupload.disk |
java.io java.lang java.util org.apache.commons.fileupload |
| Package | Package Dependencies |
|---|---|
| org.apache.commons.fileupload | org.apache.commons.fileupload.disk org.apache.commons.fileupload.util org.apache.commons.fileupload |
| org.apache.commons.fileupload.disk | org.apache.commons.fileupload.util org.apache.commons.fileupload org.apache.commons.fileupload.disk |
| org.apache.commons.fileupload.portlet | org.apache.commons.fileupload org.apache.commons.fileupload.disk org.apache.commons.fileupload.util org.apache.commons.fileupload |
| org.apache.commons.fileupload.servlet | org.apache.commons.fileupload org.apache.commons.fileupload.disk org.apache.commons.fileupload.util org.apache.commons.fileupload |
| org.apache.commons.fileupload.util | org.apache.commons.fileupload org.apache.commons.fileupload.disk org.apache.commons.fileupload.util |
| Term | Description |
|---|---|
| Number of Classes | The number of concrete and abstract classes (and interfaces) in the package is an indicator of the extensibility of the package. |
| Afferent Couplings | The number of other packages that depend upon classes within the package is an indicator of the package's responsibility. |
| Efferent Couplings | The number of other packages that the classes in the package depend upon is an indicator of the package's independence. |
| Abstractness | The ratio of the number of abstract classes (and interfaces) in the analyzed package to the total number of classes in the analyzed package. The range for this metric is 0 to 1, with A=0 indicating a completely concrete package and A=1 indicating a completely abstract package. |
| Instability | The ratio of efferent coupling (Ce) to total coupling (Ce / (Ce + Ca)). This metric is an indicator of the package's resilience to change. The range for this metric is 0 to 1, with I=0 indicating a completely stable package and I=1 indicating a completely instable package. |
| Distance | The perpendicular distance of a package from the idealized line A + I = 1. This metric is an indicator of the package's balance between abstractness and stability. A package squarely on the main sequence is optimally balanced with respect to its abstractness and stability. Ideal packages are either completely abstract and stable (x=0, y=1) or completely concrete and instable (x=1, y=0). The range for this metric is 0 to 1, with D=0 indicating a package that is coincident with the main sequence and D=1 indicating a package that is as far from the main sequence as possible. |
| Cycles | Packages participating in a package dependency cycle are in a deadly embrace with respect to reusability and their release cycle. Package dependency cycles can be easily identified by reviewing the textual reports of dependency cycles. Once these dependency cycles have been identified with JDepend, they can be broken by employing various object-oriented techniques. |


- dbexport
- prod # import data of your module used for production, that doesn't contain database update scripts
- prod_delta_0_20_1 # database update scripts for branch 0_20_1
- prod_delta_0 # database update scripts for branch 0
- test # import data of your module used for test, that doesn't contain database update script


{% extends '_base.html' %} {% block title %}Bad Request{% endblock %} {% block header %} 400 Malformed request Something was wrong with the request you attempted. Please go back and try again. {% endblock %} {% block content %} Press the back button and try again. {% endblock %}


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The Circuits and Systems and Signal Processing Society SIG works on conceiving and pioneering solutions to fundamental and applied problems in circuits, systems and signal processing.
Projects - 2018
Boost Convertor
This project aims to build a boost converter,replacing Si based MOSFETs with GaN HEMTs(High Electron mobility transistor) ,grown on SiC or Si substrate.Using GaN based switches enables us to operate on high switching frequency such as 1MHz due to low on resistance of the wide band gap.
Crash Prediction
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Project aims to create a system that can tell the emotion present in a given speech sample. There are a variety of temporal and spectral features that can be extracted from human speech. We use statistics relating to the pitch, Mel Frequency Cepstral Coefficients (MFCCs) and Formants of speech as inputs to classification algorithms. The emotion recognition accuracy of these experiments allow us to explain which features carry the most emotional information and why. It also allows us to develop criteria to class emotions together. Using these techniques we will try to achieve high emotion recognition accuracy.
Follow Me Bot
The idea of this project stems from the newly introduced amazon shops which uses video cameras as it’s sensor. This project aims to build a trolley which follows the person assigned using the information from the overhead camera.
Aim of this project is to build a bot which follows a person using overhead camera as it’s sensors. The camera should take snaps in small regular intervals. The processing of these images will take place in the laptop, where the person to be followed and the bot are separated out from the rest of the objects or obstacles’. The information of the path to be followed is relayed to the bot using Bluetooth. We initially plan to implement the above mentioned using a single camera sweeping a certain region. Then, we’ll move forward to two cameras with intersecting fields of view. To identify the person, we initially plan to make them wear a jacket. We’ll try to find better methods of identification as we make progress in the project.
Image Generation using GAN
Currently many artificial intelligence algorithms are used in medical applications involving segmentation and classification of brain tumors. But in order to implement the algorithm huge datasets are required. But the available datasets do not contain enough images. One of the methods is dataset augmentation. We propose to use GANs to increase the volume of the data. Extension of the current problem statement would be to generate other biomedical images.
Indoor Positioning using LIFi
The project attempts to locate the current position on an object located indoor. The GPS technology as we alll know is used for general positioning ,but can be used in the indor,as its not accurate enough for the proper positioning,so a different technology was proposed using RSSI from WiFi modules which again is a problem due to the interference ,reflection of the Transmitted waves resulting in erroneous RSSI values and thus erroneous positioning .The project using light for the information transfer aims to overcome these limitations.
Optical Music Recognition
Optical Music Recognition, an application of Optical Character Recognition is a use of machine vision to simplify the sight-reading process for novice musicians and professionals alike. This project aims to use Python and OpenCV to develop an application that takes in a document of sheet music as an input and provides the necessary musical notes (eg: C sharp, E flat, etc.) as a prompt to the performer. An additional objective would be to develop a computerized music playing system that interprets the sheet music and automatically plays the music as well.
Voice Controlled Bot
This project is aimed to control a robot with speech commands. Voice Controlled robot is a mobile robot whose motions can be controlled by the user by giving specific voice commands. The speech recognition algorithm is capable of identifying the voice commands. After processing the speech, the appropriate actions are executed. The robot is able to recognize the spoken commands to move correctly. For the speech recognition, we will compare 2-3 state of the art algorithms and choose the one which best suits our requirement.


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API¶
This API documentation covers each model within NLP Architect. Most modules have a corresponding user guide section that introduces the main concepts. See this API for specific function definitions.
nlp_architect.models
¶
Model classes stores a list of layers describing the model. Methods are provided to train the model weights, perform inference, and save/load the model.
BIST parser model class. |
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A sequence Chunker model written in Tensorflow (and Keras) based SequenceTagger model. |
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Encoder Decoder Deep LSTM Tagger Model (using tf.keras) |
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Multi-Task Intent and Slot tagging model (using tf.keras) |
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Defines end to end MatchLSTM and Answer_Pointer network for Reading Comprehension |
End-To-End Memory Network. |
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Bi-LSTM NER model with CRF classification layer (tf.keras model) |
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Initialize the np2vec model, train it, save it and load it. |
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NP Semantic Segmentation classifier model (based on tf.Keras framework). |
This class defines core TCN architecture. |
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Main network which does cross-lingual embeddings training |
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Sequence-to-sequence dynamic model with GNMT attention architecture with sparsity policy support. |
nlp_architect.data
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Dataset implementations and data loaders (check deep learning framework compatibility of dataset/loader in documentation)
Take the *.json file of Amazon reviews as downloaded from http://jmcauley.ucsd.edu/data/amazon/ Then does data cleaning and balancing, as well as transforms the reviews 1-5 to a sentiment |
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This class loads in the Facebook bAbI goal oriented dialog dataset and vectorizes them into user utterances, bot utterances, and answers. |
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Intent extraction dataset base class |
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Tabular Intent/Slot tags dataset loader. |
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SNIPS dataset class |
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Class that defines data loader |
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CONLL 2000 POS/chunking task data set (numpy) |
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Sequential tagging dataset loader. |
Downloads FastText Embeddings for a given language to the given path. |
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Extract Relation between two mentions according to computation and rule based algorithms |
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An enumeration. |
nlp_architect.pipelines
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NLP pipelines modules using NLP Architect models
Main class which handles parsing with Spacy-BIST parser. |
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Spacy based NP annotator - uses models.SequenceChunker model for annotation |
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Simple Spacy pipe with NP extraction annotations |
nlp_architect.contrib
¶
In addition to imported layers, the library also contains its own set of network layers and additions. These are currently stored in the various models or related to which DL frameworks it was based on.
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Conditional Random Field layer (tf.keras) CRF can be used as the last layer in a network (as a classifier). |
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Save a model to a file (tf.keras models only) The method save the model topology, as given as a :param model: model object :param topology: a dictionary of topology elements and their values :type topology: dict :param filepath: path to save model :type filepath: str |
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Load a model (tf.keras) from disk, create topology from loaded values and load weights. |
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A Tensorflow(Keras) Conlleval evaluator. |
nlp_architect.common
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Common types of data structures used by NLP models
Object for core-components (POS, Dependency Relations, etc). |
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object for annotation documents |
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Introduction
Each magnetic tile not only magnets to one another, but allow walls and character pieces to snap in place. Reusable bases ensure that a majority of magnets are seperate from the growing collection of tiles and walls.
Each magnetic tile not only magnets to one another, but allow walls and character pieces to snap in place. Reusable bases ensure that a majority of magnets are seperate from the growing collection of tiles and walls.
All STL files need to be scaled to 50%
. Start by printing several top.stl
, base.stl
, and tile-blank.stl
models. Print one rig.stl
file as a way to align top
and tile-*
models while gluing them together.
Print a few walls to get an idea of how the magnets connect between tiles. These print best with a 3mm
raft. After deciding if this system works for your gameplay move on to the decorative tiles.
Once trying out the system with the above tiles you can move to printing some of the more decorative tiles.
Each of the tile-*
and wall-*
models follow the same specs allowing for easy contribution from those that know any 3D Software.
These were all built in TinkerCAD a free online software for creating 3D models.


<%= link_to _('Setup Your Profile'), edit_user_path(current_user) %>
<%= _('Your public profile is the way your friends will learn about you and keep up-to-date on your life. Upload a profile photo, add an "about me" connect with new and old friends.') %>
<%= link_to _('Share Photos'), user_photos_path(current_user) %>
<%= _("%{application_name} allows users to upload images with captions to their profile.") % {:application_name => GlobalConfig.application_name} %>
<%= _('We would love someone to build albums, tagging and commenting on photos for this open source project!') %>
<%= link_to _('Groups'), groups_path -%>
<%= _('Search for others with common interests.') %>


home
Theo the Programmer
Hi! Welcome to my resume! Here is a list of all the languages and frameworks I can use!
Languages:
HTML5, JavaScript, CSS (Proficient)
Python (Proficient)
C++ (Competent)
Java (Competent)
Frameworks:
Angular 6
Electron
Project built with Angular 5


squisita pizza place
We as the squisita's we offer ready and fresh food to our customers, hence affordability is the rule of the day that we tend to consider. In addition we offer home and office delivery all are welcome.