Nikita Perederii
fullstack developer
with 2+ years of commercial experience
Student of the MIS-11 group
Applied Information Systems Department
Faculty of Information Technologies
Taras Shevchenko National University of Kyiv
Contents
›
Introduction
›
Personal profile
›
Achievements
›
Education
›
Work experience
›
Volunteer experience
›
Skills and languages
›
Hobbies
›
Contacts
›
Used sources
Started a programmer way in early childhood as a hobby...
... and turned it into a profession
Who am I?
› perfectionist
› experimentalist
› open-minded
› strong team player
Achievements
› Google Hash Code challenge
Feb 2017, Online Qualification Round
Scan the code or tap
here
to see credential
› 16 courses passed
www.linkedin.com/in/nikita-perederii
Scan the code or tap
here
to see the courses
› 5 badges issued by IBM
www.youracclaim.com/users/nikita-perederii/badges
Scan the code or tap
here
to see the badges
Licenses & Certifications
› Algorithms and Data Structures
Feb 2018, TestProvider, Credential ID TP96624829
Tap
here
to see credential
› SQL Essential
May 2017, TestProvider, Credential ID TP33345278
Tap
here
to see credential
› C# Essential
Feb 2017, TestProvider, Credential ID TP42128363
Tap
here
to see credential
› JavaScript Essential
Feb 2017, TestProvider, Credential ID TP61071036
Tap
here
to see credential
› Web testing Essential
Jul 2017, TestProvider, Credential ID TP85703525
Tap
here
to see credential
› QA Engineer
May 2017, TestProvider, Credential ID TP99853829
Tap
here
to see credential
Badges
› Big Data Foundations - Level 1
Dec 2018, IBM cognitive class,
Skills: Big Data, Hadoop
Tap
here
to see credential
› Python for Data Science
Dec 2018, IBM cognitive class,
Skills: Data Science, Pandas, Python
Tap
here
to see credential
› Hadoop Foundations - Level 1
Dec 2018, IBM cognitive class,
Skills: Big Data, Hadoop
Tap
here
to see credential
› Spark - Level 1
Dec 2018, IBM cognitive class,
Skills: Big Data, Hadoop, Spark
Tap
here
to see credential
› Big Data Foundations - Level 2
Dec 2018, IBM cognitive class,
Skills: Big Data, Hadoop, Spark
Tap
here
to see credential
Language Certifications
› English - Intermediate
Apr 2016, Denis' school, B1
Tap
here
to see credential
› English - Upper-Intermediate
Jul 2017, Denis' school, B2
Tap
here
to see credential
Education
› Lyceum of Information Technologies #79, Kyiv
2004 – 2015, Complete secondary education
› Taras Shevchenko National University of Kyiv
2015 – 2019, Bachelor’s Degree in Computer Science
› Taras Shevchenko National University of Kyiv
2019 – 2020, Master’s Degree in Computer Science
Work experience
› Xamarin developer
YEP! Startup Incubators
Oct 2017 – Mar 2017 (6 months)
› Full Stack .Net developer
Andersen Lab
Nov 2018 – now (1 year 6 months)
Volunteer experience
› YEP! Startup Incubators
Aug 2017 – Mar 2018, Education, Manager of an operational team in a local startup incubator
Skills and languages
› Hard skills
C#, .Net
⚪ ⚪ ⚪ ⚪ ⚫ ⚫
Angular 2+
⚪ ⚪ ⚪ ⚫ ⚫ ⚫
ReactJS
⚪ ⚫ ⚫ ⚫ ⚫ ⚫
JavaScript
⚪ ⚪ ⚪ ⚫ ⚫ ⚫
TypeScript
⚪ ⚪ ⚪ ⚫ ⚫ ⚫
HTML & CSS
⚪ ⚪ ⚪ ⚪ ⚪ ⚫
› Soft skills
Communication
⚪ ⚪ ⚪ ⚪ ⚫ ⚫
Teamwork
⚪ ⚪ ⚪ ⚪ ⚪ ⚪
Time management
⚪ ⚪ ⚪ ⚪ ⚪ ⚫
Presentation skills
⚪ ⚪ ⚪ ⚫ ⚫ ⚫
Flexibility & adaptability
⚪ ⚪ ⚪ ⚪ ⚪ ⚫
Leadership
⚪ ⚪ ⚪ ⚫ ⚫ ⚫
› Languages
English
Upper-Intermediate
Spanish
Elementary
Ukrainian
Native
Russian
Native
Hobbies
Traveling
Drawing
Analog photography
Wood burning
Digital photography
Cycling
Playing guitar
Programming
Reading books
Camping
Playing PC games
Сollecting
Creating code...
... with love
( N. Perederii )
Contact me
›
<EMAIL_ADDRESS>Email
Scan to write a mail
›
nikita-perederii
LinkedIn
Scan to open the profile
Used sources
›
Reveal.js documentation
https://github.com/hakimel/reveal.js
Scan to see the source
›
LinkedIn
www.linkedin.com
Scan to see the source


Clinton Insider: They’re Not Coming For Trump, They’re Coming After Us
Larry Nichols explains the globalists’ determination to enslave this nation
Former Clinton insider Larry Nichols joins The Alex Jones Show to detail the intentions of the corrupt establishment to root out the will of the people.


| Class | ActionController::Pagination::Paginator::Page |
| In: |
vendor/rails/actionpack/lib/action_controller/pagination.rb
|
| Parent: | Object |
A class representing a single page in a paginator.
| number | -> | to_i |
| number | [R] | |
| paginator | [R] |
Creates a new Page for the given paginator with the index number. If number is not in the range of valid page numbers or is not a number at all, it defaults to 1.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 291 291: def initialize(paginator, number) 292: @paginator = paginator 293: @number = number.to_i 294: @number = 1 unless @paginator.has_page_number? @number 295: end
Compares two Page objects and returns -1 if the left-hand page comes before the right-hand page, 0 if the pages are equal, and 1 if the left-hand page comes after the right-hand page. Raises ArgumentError if the pages do not belong to the same Paginator object.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 312 312: def <=>(page) 313: raise ArgumentError unless @paginator == page.paginator 314: @number <=> page.number 315: end
Compares two Page objects and returns true when they represent the same page (i.e., their paginators are the same and they have the same page number).
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 302 302: def ==(page) 303: return false if page.nil? 304: @paginator == page.paginator and 305: @number == page.number 306: end
Returns true if this page is the first page in the paginator.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 333 333: def first? 334: self == @paginator.first 335: end
Returns the number of the first item displayed.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 323 323: def first_item 324: offset + 1 325: end
Returns true if this page is the last page in the paginator.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 338 338: def last? 339: self == @paginator.last 340: end
Returns the number of the last item displayed.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 328 328: def last_item 329<EMAIL_ADDRESS>* @number, @paginator.item_count].min 330: end
Returns the item offset for the first item in this page.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 318 318: def offset 319: @paginator.items_per_page * (@number - 1) 320: end
Returns the limit/offset array for this page.
# File vendor/rails/actionpack/lib/action_controller/pagination.rb, line 361 361: def to_sql 362<EMAIL_ADDRESS>offset] 363: end


How good is my Kriging model - tests with IDW algorithm - tutorial¶
Table of Contents:¶
Read point data,
Divide dataset into two sets: modeling and validation set,
Perform IDW and evaluate it,
Perform variogram modeling on the modeling set,
Validate Kriging and compare Kriging and IDW validation results,
Bonus scenario: only 5% of values are known!
Level: Basic¶
Changelog¶
Date |
Change description |
Author |
|---|---|---|
2021-05-12 |
First version of tutorial |
@szymon-datalions |
Introduction¶
In this tutorial we will learn about the one method of validation of our Kriging model. We’ll compare it to the Inverse Distance Weighting function where the unknown point value is interpolated as the weighted mean of it’s neighbours. Weights are assigned by the inverted distance raised to the n-th power.
GENERAL FORM OF IDW
where:
\(z(u)\): is the value at unknown location,
\(i\): is a i-th known location,
\(z_{i}\): is a value at known location \(i\),
\(\lambda_{i}\): is a weight assigned to the known location \(i\).
WEIGHTING PARAMETER
where:
\(d\): is a distance from known point \(z_{i}\) to the unknown point \(z(u)\),
\(p\): is a hyperparameter which controls how strong is a relationship between known point and unknown point. You may set large \(p\) if you want to show strong relationship between closest point and very weak influence of distant points. On the other hand, you may set small \(p\) to emphasize fact that points are influencing each other with the same power irrespectively of their distance.
As you noticed IDW is a simple but powerful technique. Unfortunately it has major drawback: we must set ``p`` - power - manually and it isn’t derived from the data and variogram. That’s why it can be used for other tasks. Example is to use IDW as a baseline for comparison to the other techniques.
Import packages¶
[1]:
import numpy as np
import matplotlib.pyplot as plt
from pyinterpolate.idw import inverse_distance_weighting # function for idw
from pyinterpolate.io_ops import read_point_data
from pyinterpolate.semivariance import calculate_semivariance # experimental semivariogram
from pyinterpolate.semivariance import TheoreticalSemivariogram # theoretical models
from pyinterpolate.kriging import Krige # kriging models
1) Read point data¶
[2]:
dem = read_point_data('../sample_data/point_data/poland_dem_gorzow_wielkopolski', data_type='txt')
dem
[2]:
array([[15.1152409 , 52.76514556, 91.27559662],
[15.1152409 , 52.74279035, 96.54829407],
[15.1152409 , 52.71070647, 51.25455093],
...,
[15.37034993, 52.68338343, 40.30933762],
[15.37034993, 52.67096386, 21.94326782],
[15.37034993, 52.64239886, 51.52513504]])
2) Divide dataset into two sets: modeling and validation set¶
In this step we will divide our dataset into two sets:
modeling set (50%): points used for variogram modeling,
validation set (50%): points used for prediction and results validation.
Baseline dataset will be divided randomly.
[3]:
# Create modeling and validation sets
def create_model_validation_sets(dataset: np.array, frac=0.5):
"""
Function divides base dataset into modeling and validation sets
INPUT:
:param dataset: (numpy array) array with rows of records,
:param frac: (float) number of elements in a validation set
OUTPUT:
return: modeling_set (numpy array), validation_set (numpy array)
"""
removed_idx = np.random.randint(0, len(dem)-1, size=int(frac * len(dem)))
validation_set = dem[removed_idx]
modeling_set = np.delete(dem, removed_idx, 0)
return modeling_set, validation_set
known_points, unknown_points = create_model_validation_sets(dem)
3) Perform IDW and evaluate it¶
Inverse Distance Weighting doesn’t require variogram modeling or other steps. We pass power to which we want raise distance in weight denominator. Things to remember are:
Large
power
-> closer neighbours are more important,power
which is close to the zero -> all neighbours are important and we assume that distant process has the same effect on our variable as the closest events.
[4]:
IDW_POWER = 2
NUMBER_OF_NEIGHBOURS = -1 # Include all points in weighting process (equation 1)
idw_predictions = []
for pt in unknown_points:
idw_result = inverse_distance_weighting(known_points, pt[:-1], NUMBER_OF_NEIGHBOURS, IDW_POWER)
idw_predictions.append(idw_result)
[5]:
# Evaluation
idw_rmse = np.mean(np.sqrt((unknown_points[:, -1] - np.array(idw_predictions))**2))
print(f'Root Mean Squared Error of prediction with IDW is {idw_rmse}')
Root Mean Squared Error of prediction with IDW is 5.166763363412737
Clarification: Obtained Root Mean Squared Error could serve as a baseline for further model development. To build better reference, we create four IDW models of powers:
0.5,
1,
2,
[6]:
IDW_POWERS = [0.5, 1, 2, 4]
idw_rmse = {}
for pw in IDW_POWERS:
results = []
for pt in unknown_points:
idw_result = inverse_distance_weighting(known_points, pt[:-1], NUMBER_OF_NEIGHBOURS, pw)
results.append(idw_result)
idw_rmse[pw] = np.mean(np.sqrt((unknown_points[:, -1] - np.array(results))**2))
[7]:
for pw in IDW_POWERS:
print(f'Root Mean Squared Error of prediction with IDW of power {pw} is {idw_rmse[pw]:.4f}')
Root Mean Squared Error of prediction with IDW of power 0.5 is 17.5346
Root Mean Squared Error of prediction with IDW of power 1 is 14.5883
Root Mean Squared Error of prediction with IDW of power 2 is 5.1668
Root Mean Squared Error of prediction with IDW of power 4 is 1.8698
4) Perform variogram modeling on the modeling set¶
In this step we will go through semivariogram modeling for Kriging interpolation.
[8]:
search_radius = 0.01
max_range = 0.32
number_of_ranges = 32
exp_semivar = calculate_semivariance(data=known_points, step_size=search_radius, max_range=max_range)
[9]:
semivar = TheoreticalSemivariogram(points_array=known_points, empirical_semivariance=exp_semivar)
semivar.find_optimal_model(weighted=False, number_of_ranges=number_of_ranges)
[9]:
'linear'
[10]:
semivar.show_semivariogram()
5) Validate Kriging and compare Kriging and IDW validation results¶
In the last we perform Kriging interpolation and compare rersults to the IDW models. We use all points to weight values at unknown locations and semivariogram model chosen in the previous step.
[11]:
# Set Kriging model
model = Krige(semivariogram_model=semivar, known_points=known_points)
[12]:
kriging_preds = []
for pt in unknown_points:
result = model.ordinary_kriging(pt[:-1], number_of_neighbours=64, test_anomalies=False)
kriging_preds.append(result[0])
[13]:
# Evaluation
kriging_rmse = np.mean(np.sqrt((unknown_points[:, -1] - np.array(kriging_preds))**2))
print(f'Root Mean Squared Error of prediction with Kriging is {kriging_rmse}')
Root Mean Squared Error of prediction with Kriging is 1.6260209113542474
Clarification: Kriging is better than any from the IDW models and we may assume that our modeling approach gives us more insights into the spatial process which we are observing. But this is not the end… let’s consider more complex scenario!
6) Bonus scenario: only 5% of values are known!¶
Real world data are rarely as good as sample from the tutorial. It is too expensive to densily sample every location and usually we get only small percent of area covered by data. That’s why it is good to compare IDW vs Kriging in this scenario! We repeat steps 1-5 with change in division for modeling / validation set. (I encourage you to try it do alone and then compare your code and results with those given in this notebook).
[14]:
# Data preparation
known_points, unknown_points = create_model_validation_sets(dem, 0.95)
[15]:
# IDW tests
IDW_POWERS = [0.5, 1, 2, 4]
idw_rmse = {}
for pw in IDW_POWERS:
results = []
for pt in unknown_points:
idw_result = inverse_distance_weighting(known_points, pt[:-1], NUMBER_OF_NEIGHBOURS, pw)
results.append(idw_result)
idw_rmse[pw] = np.mean(np.sqrt((unknown_points[:, -1] - np.array(results))**2))
[16]:
# Variogram
search_radius = 0.01
max_range = 0.32
number_of_ranges = 32
exp_semivar = calculate_semivariance(data=known_points, step_size=search_radius, max_range=max_range)
[17]:
semivar = TheoreticalSemivariogram(points_array=known_points, empirical_semivariance=exp_semivar)
semivar.find_optimal_model(weighted=False, number_of_ranges=number_of_ranges)
semivar.show_semivariogram()
[18]:
# Set Kriging model
model = Krige(semivariogram_model=semivar, known_points=known_points)
[19]:
kriging_preds = []
for pt in unknown_points:
result = model.ordinary_kriging(pt[:-1], number_of_neighbours=64, test_anomalies=False)
kriging_preds.append(result[0])
kriging_rmse = np.mean(np.sqrt((unknown_points[:, -1] - np.array(kriging_preds))**2))
[20]:
# Comparison
for pw in IDW_POWERS:
print(f'Root Mean Squared Error of prediction with IDW of power {pw} is {idw_rmse[pw]:.4f}')
print(f'Root Mean Squared Error of prediction with Kriging is {kriging_rmse:.4f}')
Root Mean Squared Error of prediction with IDW of power 0.5 is 17.6247
Root Mean Squared Error of prediction with IDW of power 1 is 14.6478
Root Mean Squared Error of prediction with IDW of power 2 is 5.4797
Root Mean Squared Error of prediction with IDW of power 4 is 2.2157
Root Mean Squared Error of prediction with Kriging is 2.0394
Your results may be different but in the most cases Kriging will be better than IDW. What’s even more important is the fact that for the single data source with low number of samples we don’t have opportunity to perform validation step and we’re not able to guess how big should be the power parameter. With Kriging we model variogram and voila! - model works.


Portfolio Susanne Dedecke
Content drives design drives content
Web and Social Media
Content Marketing
content drives design
See agency
Web development
design drives content
Udacity
Social Media
people drive leads
Twitter
Udacity Certificate
Front-end web developer
Certificate


data dynamics measles time model changes London using observed perturbations {border-style Fig WWII demographic incidence px;} #ffffff;} contact external analysis mortality nonlinear []. inferred rates seasonality shown annual periodicity series transmission Health additional biennial birth case fitted impact local population attractor epidemic evacuation fit influenza major stochastic However, Sciences dynamics. estimated file. multiple pandemic pattern predicted simple used vaccine BjørnstadON, GrenfellBT. Lyapunov Measles SEIR [], internal nearly period rates. seasonal susceptible Click LINK New World [Internet]. capture data. dynamic forward health px; shifts vaccination {font-family (see Dynamics Infectious National Report [,]. dynamical ecological font-size forcing large long-term mean model, test weekly work LLEs Medical Officer Soc States United amplitude analyzed bifurcations century changes. cycles deaths double; dynamics, epidemiological likelihood model. overall patterns public rate single systems years (Fig Available: Biology Data England Medicine Registrar War York ability bifurcation border-color border-width calculated childhood children comparison despite dominant explain exponents global key life likely lower original pandemic, parameters particular, perturbations. predictability recruitment reduction resulted review simulation solid; stability starting strong study transitions {font-style {font-weight < (TIF) (discussed (red) Additionally, America[], Biol. Finally, GrenfellBT, London, Note Population Proc Sci. Statistical Vaccination Viral accurate acted analyses analysis. basic births bold change courier; data, different draftWriting driven early em; entire epidemics epidemics, epidemics. era fatality filtering fluctuations impacts indicating initial long majority models perturbations, pre-vaccination previous previously provides pt;} question range ratio recent result role scale secular series, start stochasticity supported temporal theory transient versus wavelet year


{% extends "description.html" %} {# Make sure to number your filenames if you need them to be in a specific order #} {# Ordering needs to start at 1 (not 0) #} {% set id="ln-onion-routing"%} {# id must be unique and follow the rules for ids in css https://www.w3.org/TR/CSS21/syndata.html#characters #} {% set project="Lightning" %} {# Use proper-case (ex. Bitcoin, not bitcoin) #} {% set sub_project="Onion Routing" %} {# set to False or "" if not using #} {% set simple_desc="Protects a Lightning transaction so no one else can see it" %} {# Keep this short (~50 characters) #} {% set details=True %} {% set further_reading=True %} {% block at_a_glance %} {# This is the one required block #}
Every Lightning IOU moves through multiple nodes (aka servers) on its way to its final recipient. For each node in its path another layer of encryption is added. When a node receives a Lightning IOU it is able to decrypt one, and only one of these layers before sending it on to the next node.
This is a secure communication technology used in other software like Tor.
{% endblock at_a_glance %} {% block status %}Onion routing is a part of the Lightning network and helps protect every transaction on it.
However keep in mind that no single piece of technology is a magic solution to all issues and privacy on Lightning can and will be improved in a variety of ways.
{% endblock status %} {% block future %} {% endblock future %} {% block vs_alts %}Compare this to a current day credit card transaction where your data is regularly sold wholesale and you have no control over it.
This is yet another technology that makes electronic transactions more like cash.
{% endblock vs_alts %} {% block further_reading %}Lightning RFC: BOLT #4 {% endblock further_reading %}


Sparse grid and Sobol Index surrogate modelling
Sparse grid (Smolyak) and Sobol index code written for uncertainty
quantification in the course of my research. It is available here under the LGPL
in the hope that it will be useful.
Features
- Arbetrary dimension, tested up to 40-dim.
- High-order polynomial integration and interpolation on sparse grids.
- Generalized sparse grid fill patterns (following the “index-set” construction
of [2]).
- Sobol main-effect indices of arbetrary degree. NB: These are based on the
sparse-grid surrogate; they will only be as accurate as that is.
- Gauss-Patterson and Clenshaw-Curtis rules (easily extensible for other
hierarchical rules by adding a new int_*.py file with the same interface).
- The “index-set” construction allows definition of arbetrary sparse-grid
fill-patterns by hand. Automatic adaptivity should be added in due course.
Warning
CODENAME is not yet at a stage of development where it can be used in anger.
If you’re looking for a working flow-solver see Alternatives.
Alternatives
Other open-source sparse grid implementations:


The $mdDateLocaleProvider
is the provider that creates the $mdDateLocale
service.
This provider that allows the user to specify messages, formatters, and parsers for date
internationalization. The $mdDateLocale
service itself is consumed by AngularJS Material
components that deal with dates
(i.e. mdDatepicker).
$mdDateLocaleProvider.months
Array of month names (in order).
$mdDateLocaleProvider.shortMonths
Array of abbreviated month names.
$mdDateLocaleProvider.days
Array of the days of the week (in order).
$mdDateLocaleProvider.shortDays
Array of abbreviated days of the week.
$mdDateLocaleProvider.dates
Array of dates of the month. Only necessary for locales using a numeral system other than [1, 2, 3...].
$mdDateLocaleProvider.firstDayOfWeek
The first day of the week. Sunday = 0, Monday = 1, etc.
$mdDateLocaleProvider.parseDate
Function that converts a date string to a Date object (the date portion).
$mdDateLocaleProvider.formatDate
Function to format a date object to a string. The datepicker directive also provides the time zone, if it was specified.
$mdDateLocaleProvider.monthHeaderFormatter
Function that returns the label for a month given a date.
$mdDateLocaleProvider.monthFormatter
Function that returns the full name of a month for a given date.
$mdDateLocaleProvider.weekNumberFormatter
Function that returns a label for a week given the week number.
$mdDateLocaleProvider.longDateFormatter
Function that formats a date into a long
aria-label
that is read by the screen reader when the focused date changes.
$mdDateLocaleProvider.msgCalendar
Translation of the label "Calendar" for the current locale.
$mdDateLocaleProvider.msgOpenCalendar
Translation of the button label "Open calendar" for the current locale.
$mdDateLocaleProvider.firstRenderableDate
The date from which the datepicker calendar will begin rendering. Note that this will be ignored if a minimum date is set. Defaults to January 1st 1880.
$mdDateLocaleProvider.lastRenderableDate
The last date that will be rendered by the datepicker calendar. Note that this will be ignored if a maximum date is set. Defaults to January 1st 2130.
$mdDateLocaleProvider.isDateComplete
Function to determine whether a string
makes sense to be parsed to a Date
object. Returns true
if the date appears to be complete
and parsing should occur. By default, this checks for 3 groups of text or numbers separated
by delimiters. This means that by default, date strings must include a month, day, and year
to be parsed and for the model to be updated.


Open another customer view
|
Open dispatcher view
|
Open driver view
The Handy Penguin
Your order
Check that your order info is correct
Customer info
Please fill out personal info below
Pick-up address
Delivery address
Package weight
Notes
Delivery method
Total Cost
Full name
Email
Home Address
Payment method
MasterCard
Visa
PayPal
Pay later
Place order!


Experienced Geologist, GIS Expert and Research Officer with a demonstrated history of working on Earth exploration and Remote Sensing in the earth resource Sector. Skilled in ArcGIS Products, Analytical Skills, Public Speaking, Social Media, and Research. Strong Research Professional and now undergoing MSc GIS at University Leeds England.
Sustenance of environmental conservation and protection.
Georeferencing, location, spatial and imagery analysis of Fadama. Subprojects, Lands and water bodies for dry season agriculture across the States.
Managing projects in the commission under geology departement
Water well supervision, evaluation and monitoring.
 I enjoy travelling and meeting people. During the summer time here in the UK, I enjoy going to the park for a walk.
When indoors, I follow up with the news on issues around the globe.


{#include email/htmlEmailTemplate} {#htmlBody}
Your account on the task timekeeper server has been changed. Here's what changed: your {change} And some details: {details}


--- title: Licensing permalink: /licensing/index.html ---
Below outlines the licensing guidelines of the content I host on jacky.wtf.
The following forms of content presented on the site that have been produced by me found on pages of this nature as found in its source files are all licensed under the Creative Commons CC-BY-NC SA, more formally known as Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License . These forms of content are (but not limited to):
All other content are under the licensing terms of their license providers. I claim no ownership of content belonging to other people such as but not limited to their quotes, images, phrases and/or web URIs.


De Fire flags new record label, signs two artistes - The Nation Newspaper
Poised to help upcoming acts realize their potentials, newly launched record label, Basic Entertainment, has made a debut to the Nigerian entertainment scene with two artistes, Eze Emmanuel simply known as Skul Feez and Ogbonnaya Kennedy Chukwudi aka Elgo Veen.
Speaking at the unveiling in Lagos, the CEO of Basic Entertainment, Ugbuefi Udochukwu aka De Fire revealed that the two artistes were selected based on their talents, versatility, and creativity.
De Fire boasted that his signees will take over the music industry with their uniqueness.
He continued: “Our vision is to hunt for young talents and introduce them to the world. Basic Entertainment is here to stay and we will be focusing on promoting, marketing and management of musical talents across Nigeria. We want to change the narrative of the record labels in Nigeria for better.”
The newly signed artistes have recorded many songs featuring some of the rave-making musicians including DMW act, B-Red, Zoro among others. The singles and videos will be release soon.
Both artistes, hail from Anambra state, assured that we will attain great height by the time drop their songs. They also expressed gratitude to almighty God and the record management for the opportunity given to them.


title = "MAPPING AND ASSESSMENT FOR INTEGRATED ECOSYSTEM ACCOUNTING" url = "/" layout = "default" meta_description = "homepage desc" is_hidden = 0 seo_keywords = "keywords" robot_index = "index" robot_follow = "follow" [article_highlights] maxItems = 10 title = "Latest from the project" [Timeline] limit = 3 == {% component 'article_highlights' %}


Touch anywhere on the screen with two fingers. This only works on an iPhone or iPod Touch running iPhone 2.x software.


11.7 Related Topics
- Hypergraphs
-
Graphs similar to undirected graphs but
which contain hyperedges.
Hyperedges are edges that connect an arbitrary number of
vertices. In general, most operations and algorithms for
graphs, such as the ones described in this chapter, can be
adapted to work with hypergraphs as well.
- Multigraphs
-
Graphs similar to undirected graphs but
which allow multiple edges between the same two vertices. As
with hypergraphs, in general, most operations and algorithms
for graphs can be adapted to work with multigraphs as
well.
- Adjacency-matrix representation
-
A graph
representation that consists of a V x V matrix, where V is the number of vertices in the
graph. If an edge exists between two vertices u and v, we set a flag in position [u, v
] in the matrix. An adjacency-matrix representation is
typically used for dense graphs, in which the number of
edges is close to the number of vertices squared. Although
the interface presented in this chapter may appear to
reflect the specifics of an adjacency-list representation,
there are things we could do to support this interface for
an adjacency-matrix representation as well, thus keeping the
details of the actual implementation hidden.
|


Javascript countdown with browser notification
00:00:00
You will be notified at
Left this page open.
Web notification are not supported in your browser.


Input Test: Short Fields
Tests the use of validation on short field types
Normal Input Fields
Custom
input-xs
input-sm
Dropdown
Custom
1
B
C
W
dropdown-xs
1
B
C
W
dropdown-sm
1
B
C
W
Multiselect
Custom
1
B
C
W
multiselect-xs
1
B
C
W
multiselect-sm
1
B
C
W
Lookup Field
Custom
lookup-xs
lookup-sm
Datepicker
Custom
datepicker-xs
datepicker-sm
Timepicker
Custom
timepicker-xs
timepicker-sm
Spinbox
Custom
spinbox-xs
spinbox-sm


Galvanize Delivers
menu
Order Delivery
Order
Menu
Order
Item
Price
person
Name
phone
Phone Number
location_city
Address
PLACE ORDER


The parent participation component of our school is rich and deep. The contributions of each family are vital to the functioning of the school. The following list outlines the key requirements of participation:
1. Weekly work day - Tuesday/Thursday parents work during the school day about two or three times each month. Monday/Wednesday/Friday parents work about three to four days per month.
2. Five evening parent education meetings with an expert speaker per year.
3. Monthly class meetings during your child's regular class day led by the teacher.
4.Each family serves on a committee or takes a leadership role through our MVPNS Board of Directors. Some examples of committees are community outreach, silent auction, beautification, curriculum support, and finance.
5. In order to keep the equipment and facility safe and attractive, each family contributes six hours of maintenance/beautification work per year. Note that MVPNS board members are exempt from the beautification hours.
6. Families participate in the two major fundraising events: the fall family concert and spring silent auction.
7. Participation in the eScrip/paper scrip program.


Gregor then turned to look out the window at the dull weather. Drops of rain could pane,which made..
read more
22489
Nuestros Testimonios
Rub elvi shuvohabib.com
Sed posuere consectetur est at lobortis. Fusce dapibus, tellus ac cursus commodo.Cras mattis consectetur purus sit amet fermentum. Sed posuere consectetur est at lobortis. Fusce dapibus, tellus ac cursus commodo.
Jewel Jahan technextit.com
Cras mattis consectetur purus sit amet fermentum. Sed posuere consectetur est at lobortis. Fusce dapibus, tellus ac cursus commodo.
Mark Zuckerbergwww.Facebook.com
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal..


These release notes cover new developer and user-facing incompatibilities, important issues, features, and major improvements.
Changes in zkServer.sh to support JMX remote monitoring of Zookeeper processes. The change doesn't impact current installations and new installations requiring JMX remote monitoring need to set the jmx port to enable it.
Kill java process with SIGTERM
rather than SIGKILL
Expose jute-generated allocate_XXX functions in libzookeeper.
trunk: http://svn.apache.org/viewvc?view=revision&revision=1679444 branch-3.5: http://svn.apache.org/viewvc?view=revision&revision=1679446
Support for building C client lib on Illumos (and presumably OpenSolaris). Configure with "CPPFLAGS=-D_POSIX_PTHREAD_SEMANTICS LDFLAGS="-lnsl -lsocket" ./configure"
Tests pass with this patch. This patch is for the branch-3.4 branch ONLY.
Allows spaces to be used for parameters in zkCli as long as they are in single or double quotes. ie: create /node1 "This will now work"
Thanks, Jordan.
Branch 3.5: Committed revision 1740737. Trunk: Committed revision 1740738.
IPv6 addresses are now properly parsed in the config


Hello! The following message has been submitted to your rideshare on {{ rideshare_url }}. <message> {{ message }} </message> Best regards, The BornHack Teamp


T
- the result type@FunctionalInterface
public interface ConnectionCallback<T>
This is particularly useful for delegating to existing data access code
that expects a Connection to work on and throws ResourceException. For newly
written code, it is strongly recommended to use CciTemplate's more specific
execute
variants.
CciTemplate.execute(ConnectionCallback)
,
CciTemplate.execute(javax.resource.cci.InteractionSpec, javax.resource.cci.Record)
,
CciTemplate.execute(javax.resource.cci.InteractionSpec, RecordCreator, RecordExtractor)
| 限定符和类型 | 方法和说明 |
|---|---|
T |
doInConnection(Connection connection,
ConnectionFactory connectionFactory)
Gets called by
CciTemplate.execute with an active CCI Connection. |
@Nullable T doInConnection(Connection connection, ConnectionFactory connectionFactory) throws ResourceException, java.sql.SQLException, DataAccessException
CciTemplate.execute
with an active CCI Connection.
Does not need to care about activating or closing the Connection, or handling
transactions.
If called without a thread-bound CCI transaction (initiated by CciLocalTransactionManager), the code will simply get executed on the CCI Connection with its transactional semantics. If CciTemplate is configured to use a JTA-aware ConnectionFactory, the CCI Connection and thus the callback code will be transactional if a JTA transaction is active.
Allows for returning a result object created within the callback, i.e.
a domain object or a collection of domain objects. Note that there's special
support for single step actions: see the CciTemplate.execute
variants. A thrown RuntimeException is treated as application exception:
it gets propagated to the caller of the template.
connection
- active CCI ConnectionconnectionFactory
- the CCI ConnectionFactory that the Connection was
created with (gives access to RecordFactory and ResourceAdapterMetaData)null
if noneResourceException
- if thrown by a CCI method, to be auto-converted
to a DataAccessExceptionjava.sql.SQLException
- if thrown by a ResultSet method, to be auto-converted
to a DataAccessExceptionDataAccessException
- in case of custom exceptionsConnectionFactory.getRecordFactory()
,
ConnectionFactory.getMetaData()
,
CciTemplate.execute(javax.resource.cci.InteractionSpec, RecordCreator, RecordExtractor)


HOME
SERVICES
ABOUT US
CONTACTS
CONTACTS:
click here:
<EMAIL_ADDRESS>@+254746225871
Benard Akaka
LOCATION
Kakamega;Khwisero


Photos: Shahid Kapoor meets Vishal Bhardwaj at his office; we wonder if 'Kaminey 2' is on the cards
by TIMESOFINDIA.COMShahid Kapoor is currently gearing up for his upcoming sports drama 'Jersey'. He will be playing the role of a cricketer in the film. The actor is putting all his efforts to get into the skin of the character.
Today, Shahid visited filmmaker Vishal Bhardwaj at his office. For the occasion, the actor opted for a grey sweatshirt paired with black shorts and white shoes. The director was in a black and white attire. They were all smiles as the paparazzi clicked their pictures.
There were reports which stated that Shahid will be joining hands with Bhardwaj for the sequel of 'Kaminey'. According to a repor, the director has a script idea for the sequel and has registered the title 'Maha Kaminey' with the Indian Motion Pictures Producers’ Association.
Check out the pictures here:
Shahid and Vishal have worked together before in the films like 'Kaminey', 'Haider' and 'Rangoon'.
Meanwhile, 'Jersey' will be directed by Gowtam Tinnanauri who helmed the original Telugu drama as well. Produced by Allu Aravind, Aman Gill and Dil Raju, the film is scheduled to hit the screens in August 2020.


Mark Scheifele scores in OT, Jets beat Stars 3-2
WINNIPEG, Manitoba (AP) - Mark Scheifele decided to shoot the puck instead of passing it.
He made the right choice, scoring 21 seconds into overtime to give the Winnipeg Jets a 3-2 victory over the Dallas Stars on Sunday. Scheifele went in on a 2-on-1 with Kyle Connor, kept the puck and beat Anton Khudobin with a low shot for his seventh goal.
“At first I thought (Stars defenseman Miro) Heiskanen was going to come over a little more and I was going to go into the triangle to (Connor), but he kind of backed off a little bit and I thought I’d just shoot it,” Scheifele said.
Patrik Laine snapped a 10-game scoring drought with a power-play goal and Andrew Copp also scored for the Jets. Connor Hellebuyck made 26 saves to help Winnipeg improve to 4-0-1 in its last five.
Mattias Janmark and Radek Faksa scored and Khudobin stopped 26 shots for Dallas in the opener of a four-game trip. The Stars had won four in a row.
“With our system we’re going to get chances,” Stars forward Jamie Benn said. “You know we haven’t been successful just because we’ve been lucky as of late. We believe in what we’re doing and we’ve just got to stick with that.”
Coop tied it at 2 at 1:52 of the third, scoring off a rebound of Tucker Poolman’s shot.
“I think we’ve proved to ourselves that we can come back in any game this year,” Copp said. “Any game where we’re down a goal or two goals, it doesn’t really matter how much time is left. We have the confidence we can do it. We’ve done it before. “I don’t think there’s any real panic in our room when we get down a goal. We know the firepower that we have.”
Laine opened the scoring on a power play with 27 seconds left in the first.
Janmark tied it at 5:22 of the second, and Faksa made it 2-1 with 9:33 left in the period.
Dallas coach Jim Montgomery said the team’s best players have to be the best players.
 “I mean, look who scored for the Jets. We got really good, big goals from Janmark and Faksa and that’s our third and fourth line.”
NOTES: Copp stretched his point streak to three games, with two goals and an assist in that span. …. Winnipeg was 1 of 3 on the power play. Dallas was 0 for 1.
UP NEXT:
Stars: At Calgary on Tuesday night.
Jets: Host Colorado on Tuesday night.
was first published Nov. 10, 2019.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


mrbishi-1980 wrote:
it would be cool if I could display these as my actual dogtags on the battlelog even if its only to be viewed by other bblog users?
yeps, only BBLog users would see them. but, what would be good?
you can NOT wear them ingame, you can NOT show them ingame.
so anyway you have to select to normal dogtags. because of that it doesn't make sence to upload custom dogtags. and no its not the same like the platoon emblem. because they are only visible in Battlelog.
my opinion.


Determines whether or not the player moves with a morphing or a horizontally scrolling elevator.
flag values
| 1 | Move on floor |
| 2 | Move on 2nd altitude |
These are bit values, so can be added (3) for moving on both the floor AND 2nd alt.
Note: In FUELSTAT.INF (I think) you may find "flags: 7". This suggests that there is a value for 4 as well.
Note: In some places in the original levels, flags is set on vertically moving elevators like move_floor and move_fc. I'm not sure whether this is a mistake, or if flags do something different here.
Usage:
| flags: [value]
See Defaults


Data Structures | |
| struct | _SetIterator |
| Definition of a SetIterator. More... | |
Defines | |
| #define | SET_NULL ((void *) 0) |
| A null SetValue. | |
Typedefs | |
| typedef struct _Set | Set |
| Represents a set of values. | |
| typedef struct _SetIterator | SetIterator |
| An object used to iterate over a set. | |
| typedef struct _SetEntry | SetEntry |
| Internal structure representing an entry in the set. | |
| typedef void * | SetValue |
| A value stored in a Set. | |
| typedef unsigned long(* | SetHashFunc )(SetValue value) |
| Hash function. | |
| typedef int(* | SetEqualFunc )(SetValue value1, SetValue value2) |
| Equality function. | |
| typedef void(* | SetFreeFunc )(SetValue value) |
| Function used to free values stored in a set. | |
Functions | |
| Set * | set_new (SetHashFunc hash_func, SetEqualFunc equal_func) |
| Create a new set. | |
| void | set_free (Set *set) |
| Destroy a set. | |
| void | set_register_free_function (Set *set, SetFreeFunc free_func) |
| Register a function to be called when values are removed from the set. | |
| int | set_insert (Set *set, SetValue data) |
| Add a value to a set. | |
| int | set_remove (Set *set, SetValue data) |
| Remove a value from a set. | |
| int | set_query (Set *set, SetValue data) |
| Query if a particular value is in a set. | |
| int | set_num_entries (Set *set) |
| Retrieve the number of entries in a set. | |
| SetValue * | set_to_array (Set *set) |
| Create an array containing all entries in a set. | |
| Set * | set_union (Set *set1, Set *set2) |
| Perform a union of two sets. | |
| Set * | set_intersection (Set *set1, Set *set2) |
| Perform an intersection of two sets. | |
| void | set_iterate (Set *set, SetIterator *iter) |
| Initialise a SetIterator structure to iterate over the values in a set. | |
| int | set_iter_has_more (SetIterator *iterator) |
| Determine if there are more values in the set to iterate over. | |
| SetValue | set_iter_next (SetIterator *iterator) |
| Using a set iterator, retrieve the next value from the set. |
A set stores a collection of values. Each value can only exist once in the set.
To create a new set, use set_new. To destroy a set, use set_free.
To add a value to a set, use set_insert. To remove a value from a set, use set_remove.
To find the number of entries in a set, use set_num_entries.
To query if a particular value is in a set, use set_query.
To iterate over all values in a set, use set_iterate to initialise a SetIterator structure, with set_iter_next and set_iter_has_more to read each value in turn.
Two sets can be combined (union) using set_union, while the intersection of two sets can be generated using set_intersection.
| typedef struct _Set Set |
| typedef int(* SetEqualFunc)(SetValue value1, SetValue value2) |
Equality function.
Compares two values to determine if they are equivalent.
| typedef void(* SetFreeFunc)(SetValue value) |
Function used to free values stored in a set.
| typedef unsigned long(* SetHashFunc)(SetValue value) |
Hash function.
Generates a hash key for values to be stored in a set.
| typedef struct _SetIterator SetIterator |
| void set_free | ( | Set * | set | ) |
Destroy a set.
| set | The set to destroy. |
Add a value to a set.
| set | The set. | |
| data | The value to add to the set. |
Perform an intersection of two sets.
| set1 | The first set. | |
| set2 | The second set. |
| int set_iter_has_more | ( | SetIterator * | iterator | ) |
Determine if there are more values in the set to iterate over.
| iterator | The set iterator object. |
| SetValue set_iter_next | ( | SetIterator * | iterator | ) |
Using a set iterator, retrieve the next value from the set.
| iterator | The set iterator. |
| void set_iterate | ( | Set * | set, | |
| SetIterator * | iter | |||
| ) |
Initialise a SetIterator structure to iterate over the values in a set.
| set | The set to iterate over. | |
| iter | Pointer to an iterator structure to initialise. |
| Set* set_new | ( | SetHashFunc | hash_func, | |
| SetEqualFunc | equal_func | |||
| ) |
Create a new set.
| hash_func | Hash function used on values in the set. | |
| equal_func | Compares two values in the set to determine if they are equal. |
| int set_num_entries | ( | Set * | set | ) |
Retrieve the number of entries in a set.
| set | The set. |
Query if a particular value is in a set.
| set | The set. | |
| data | The value to query for. |
| void set_register_free_function | ( | Set * | set, | |
| SetFreeFunc | free_func | |||
| ) |
Register a function to be called when values are removed from the set.
| set | The set. | |
| free_func | Function to call when values are removed from the set. |
Remove a value from a set.
| set | The set. | |
| data | The value to remove from the set. |
Create an array containing all entries in a set.
| set | The set. |
Perform a union of two sets.
| set1 | The first set. | |
| set2 | The second set. |


About
View the App
Nutritional sugesstionsSuggested Activities
The Team
If you are seeing this, the audio player is unsupported in this browser.
Set your Goals in simple steps. Just upload your Data and Input your goals and Calibrate them.


| Camera 01 Is a pseudo-Latin text |
| Camera 02. Design elements over content. |
| Camera 03. Placeholder (or filler) text. |
| Camera 04. It's a convenient tool for mock-ups. It helps to outline the visual. |
| Camera 05. Lorem ipsum is mostly a part. |
| Camera 06. Of a Latin text by the classical author and philosopher Cicero. |
| Camera 07. By addition or removal, so to deliberately rende. |
| Camera 08. Text doesn't contain the letters K, W, or Z. |
| Camera 09. In a professional context it. |
Box_name


Your curent word is: {{game.getDisplayedWord()}}
You have made {{game.getWrongGuesses()}} wrong guesses.


fun Logger.error(exception: Throwable): <ERROR CLASS>
Logs an error from an exception using its message


TORBA(1) OpenBSD Reference Manual TORBA(1) NAME torba - window manager for X11 SYNOPSIS torba DESCRIPTION torba is a minimalistic window manager that tries to stay out of the way so that valuable screen real estate can be used for much more important stuff. It has sane defaults and does not require one to learn a language to do any configuration. It was written by hackers for hackers and it strives to be small, compact and fast. When torba starts up, it reads settings from its configuration file, torba.conf. See the CONFIGURATION FILES section below. The following notation is used throughout this page: M Meta S Shift <Name> Named key M1 Mouse button 1 M3 Mouse button 3 torba is very simple in its use. Most of the actions are initiated via key or mouse bindings. See the BINDINGS section below for defaults and customizations. CONFIGURATION FILES torba first tries to open the user specific file, ~/.torba.conf. If that file is unavailable, it then tries to open the global configuration file /etc/torba.conf. The format of the file is <keyword> = <setting>. For example: color_focus = red Enabling or disabling an option is done by using 1 or 0 respectively. The file supports the following keywords: color_focus Border color of the currently focussed window. color_unfocus Border color of unfocussed windows. bar_enabled Enable or disable status bar. bar_border[x] Color of the status bar border in screen x. bar_color[x] Color of the status bar window in screen x. bar_font_color[x] Color of the font in status bar in screen x. bar_font Status bar font. bar_action External script that populates additional information in the status bar, such as battery life. bar_delay Update frequency, in seconds, of external script that populates the status bar. bar_at_bottom Place the statusbar at the bottom of each region instead of the top. stack_enabled Enable or disable displaying the current stacking algorithm in the status bar. clock_enabled Enable or disable displaying the clock in the status bar. Disable by setting to 0 so a custom clock could be used in the bar_action script. dialog_ratio Some applications have dialogue windows that are too small to be useful. This ratio is the screen size to what they will be resized. For example, 0.6 is 60% of the physical screen size. region Allocates a custom region, removing any autodetected regions which occupy the same space on the screen. Defined in the format screen[<idx>]:WIDTHxHEIGHT+X+Y, e.g. screen[1]:800x1200+0+0. term_width Set a preferred minimum width for the terminal If this value is greater than 0, torba will attempt to adjust the font sizes in the terminal to keep the terminal width above this number as the window is resized. Only xterm(1) is currently supported. The xterm(1) binary must not be setuid or setgid, which it is by default on most systems. Users may need to set program[term] (see the PROGRAMS section) to use an alternate copy of the xterm(1) binary without the setgid bit set. title_class_enabled Enable or disable displaying the window class in the status bar. Enable by setting to 1 title_name_enabled Enable or disable displaying the window title in the status bar. Enable by setting to 1 modkey Change mod key. Mod1 is generally the ALT key and Mod4 is the windows key on a PC. focus_mode Using a value of follow_cursor will make the window manager focus the window under the mouse when switching workspaces and creating windows. disable_border Remove border when bar is disabled and there is only one window on the screen. program[p] Define new action to spawn a program p. See the PROGRAMS section below. bind[x] Bind key combo to action x. See the BINDINGS section below. quirk[c:n] Add "quirk" for windows with class c and name n. See the QUIRKS section below. Colors need to be specified per the XQueryColor(3) specification and fonts need to be specified per the XQueryFont(3) specification. To list the available fonts in your system see fc-list(1) or xlsfonts(1) manpages. The xfontsel(1) application can help you to show the X Logical Font Description ("XLFD") used as setting in the keyword bar_font. PROGRAMS torba allows you to define custom actions to launch programs of your choice and then bind them the same as with built-in actions. See the BINDINGS section below. The default programs are described below: term xterm screenshot_all screenshot.sh full screenshot_wind screenshot.sh window lock xlock initscr initscreen.sh menu dmenu_run -fn $bar_font -nb $bar_color -nf $bar_font_color -sb $bar_border -sf $bar_color Custom programs in the configuration file are specified as follows: program[<name>] = <progpath> [<arg> [... <arg>]] <name> is any identifier that does not conflict with a built-in action or keyword, <progpath> is the desired program, and <arg> is zero or more arguments to the program. The following variables represent settable values in torba (see the CONFIGURATION FILES section above), and may be used in the <arg> fields and will be substituted for values at the time the program is spawned: $bar_border $bar_color $bar_font $bar_font_color $color_focus $color_unfocus Example: program[ff] = /usr/local/bin/firefox http://torba.org/ bind[ff] = Mod+f # Now Mod+F launched firefox To undo the previous: bind[] = Mod+f program[ff] = BINDINGS torba provides many functions (or actions) accessed via key or mouse bindings. The current mouse bindings are described below: M1 Focus window M-M1 Move window M-M3 Resize window M-S-M3 Resize window while maintaining it centered The default key bindings are described below: M-S-<Return> term M-p menu M-S-q quit M-q restart torba M-<Space> cycle_layout M-S-<Space> reset_layout M-h master_shrink M-l master_grow M-, master_add M-. master_del M-S-, stack_inc M-S-. stack_del M-<Return> swap_main M-j, M-<TAB> focus_next M-k, M-S-<TAB> focus_prev M-m focus_main M-S-j swap_next M-S-k swap_prev M-b bar_toggle M-x wind_del M-S-x wind_kill M-<n> ws_n M-S-<n> mvws_n M-<Right> ws_next M-<Left> ws_prev M-a ws_prior M-S-<Right> screen_next M-S-<Left> screen_prev M-s screenshot_all M-S-s screenshot_wind M-S-v version M-t float_toggle M-S <Delete> lock M-S-i initscr The action names and descriptions are listed below: term Spawn a new terminal (see PROGRAMS above) menu Menu (see PROGRAMS above) quit Quit torba restart Restart torba cycle_layout Cycle layout reset_layout Reset layout master_shrink Shrink master area master_grow Grow master area master_add Add windows to master area master_del Remove windows from master area stack_inc Add columns/rows to stacking area stack_del Remove columns/rows from stacking area swap_main Move current window to master area focus_next Focus next window in workspace focus_prev Focus previous window in workspace focus_main Focus on main window in workspace swap_next Swap with next window in workspace swap_prev Swap with previous window in workspace bar_toggle Toggle status bar in all workspaces wind_del Delete current window in workspace wind_kill Destroy current window in workspace ws_n Switch to workspace n, where n is 1 through 10 mvws_n Move current window to workspace n, where n is 1 through 10 ws_next Switch to next workspace with a window in it ws_prev Switch to previous workspace with a window in it ws_prior Switch to last visited workspace screen_next Move pointer to next region screen_prev Move pointer to previous region screenshot_all Take screenshot of entire screen (if enabled) (see PROGRAMS above) screenshot_wind Take screenshot of selected window (if enabled) (see PROGRAMS above) version Toggle version in status bar float_toggle Toggle focused window between tiled and floating lock Lock screen (see PROGRAMS above) initscr Reinitialize physical screens (see PROGRAMS above) Custom bindings in the configuration file are specified as follows: bind[<action>] = <keys> <action> is one of the actions listed above (or empty) and <keys> is in the form of zero or more modifier keys (MOD, Mod1, Shift, etc.) and one or more normal keys (b, space, etc.), separated by "+". For example: bind[reset] = Mod4+q # bind Windows-key + q to reset bind[] = Mod1+q # unbind Alt + q Multiple key combinations may be bound to the same action. QUIRKS torba provides "quirks" which handle windows that must be treated specially in a tiling window manager, such as some dialogs and fullscreen apps. The default quirks are described below: Firefox-bin:firefox-bin TRANSSZ Firefox:Dialog FLOAT Gimp:gimp FLOAT + ANYWHERE MPlayer:xv FLOAT + FULLSCREEN OpenOffice.org 2.4:VCLSalFrame FLOAT OpenOffice.org 3.1:VCLSalFrame FLOAT pcb:pcb FLOAT xine:Xine Window FLOAT + ANYWHERE xine:xine Panel FLOAT + ANYWHERE xine:xine Video Fullscreen Window FULLSCREEN + FLOAT Xitk:Xitk Combo FLOAT + ANYWHERE Xitk:Xine Window FLOAT + ANYWHERE XTerm:xterm XTERM_FONTADJ The quirks themselves are described below: FLOAT This window should not be tiled, but allowed to float freely. TRANSSZ Adjusts size on transient windows that are too small using dialog_ratio (see CONFIGURATION FILES). ANYWHERE Allow window to position itself, uncentered. XTERM_FONTADJ Adjust xterm fonts when resizing. FULLSCREEN Remove border to allow window to use full screen size. Custom quirks in the configuration file are specified as follows: quirk[<class>:<name>] = <quirk> [+ <quirk> ...] <class> and <name> specify the window to which the quirk(s) apply, and <quirk> is one of the quirks from the list above. For example: quirk[MPlayer:xv] = FLOAT + FULLSCREEN # let mplayer play quirk[pcb:pcb] = NONE # remove existing quirk You can obtain <class> and <name> by running xprop(1) and then clicking on the desired window. In the following example the main window of Firefox was clicked: $ xprop | grep WM_CLASS WM_CLASS(STRING) = "Navigator", "Firefox" Note that grepping for WM_CLASS flips class and name. In the example above the quirk entry would be: quirk[Firefox:Navigator] = FLOAT SIGNALS Sending torba a HUP signal will retstart it. FILES ~/.torba.conf torba user specific settings. /etc/torba.conf torba global settings. HISTORY torba was inspired by xmonad & dwm. AUTHORS torba was written by Marco Peereboom<EMAIL_ADDRESS>Ryan Thomas McBride<EMAIL_ADDRESS>and Darrin Chandler<EMAIL_ADDRESS>BUGS Currently the menu, invoked with M-p, depends on dmenu. OpenBSD 4.8 July 15, 2010 OpenBSD 4.8


1
2
3
4
5
10.3.e insert action using position attribute
After activating any of the Test triggers the numbers output onto the page must match those on
the label of the activated trigger control.
Test A: 1 2 3 5 4 5
Test B: 1 2 5 3 4 5
Test C: 1 2 5 3 4 5
Test G: Sizes remain 5 and 0, respectively
Integer sequence:
Size of List X:
Size of List Y:


Create a button showing the number of times it has been clicked.
Counting the number of button clicks using JavaScript and jQuery can be easily implemented
using the instructions below:
(Note: You are free to use your favorite text editor)
How to create a button counter for our project using jQuery:
Getting started: For this demo we are going to use the jQuery CDN.
Insert the following line at the bottom of the body
tag:
<script src="https://code.jquery.com/jquery-2.1.4.min.js"></script>
id
attribute set to any value:
In our case let it be "button-counter":<button id="button-counter"></button>
var counter = 0;
var buttonCounter = $('#button-counter');
buttonCounter.text(counter);
buttonCounter.on('click', function() {
counter += 1;
buttonCounter.text(counter);
});


Back when you hated me... we don't have a lot of photos from this time due to this. I was annoying, you were popular. It didn't seem like it was meant to be.
The light at the end of the tunnel became brighter and brighter towards the end of the year
The Force is it's baby stages — not yet named. It was paaaarty central, 1st XV parties, Arabian Nights parties, your 16th, 1st XV finals.
Shit, this was fun. Remember me hooking up with that guy in the attic? And nearly vommin' in the taxi? Something I always remember is when Jen made smoothies and she put avocado in it and it made it super creamy. I always think about that when I make smoothies.
When we all swapped styles?? That was seriously such a good new years (you know before the drama)
The year of toasties, choc tops and caramel slice. We started a social netball team, we were absolute d***s, we really had no care in the world.  I am still so grateful for you being one builiding and 6 floors away from me. I'm not sure how I would have coped being away from home without you there, and I truely mean that.
I missed you a lot this year. Our first year away from each other which caused a few draaamz, but nothing ya galz can't fix. I looooved when you visited and when I would come up and be with you and Sof
The hoooon's back together! There's something about Auckland that makes us terrible with communication.
I feel like we saw each other more than what the evidence shows... But I missed you a lot last year and my trip down to see you was so much fun and I can't wait to come down more often!
Where will this year lead us? I hope I get to see you way more than last year. I would love to keep in way better contact, which I think we have done recently!
Some random tid-bits I found and wanted to share
When we found snakes that matched your choker
Our Valentines Date 2015
The one and only time you were obsessed with me and not the other way around hehe
My first V Day Card!! 2013!
We used to have aaaaaaa lot of time on our hands...
Back when it all began... Our bitmoji Valentines in 2013 xx
When we were obssessed with our personals and I got carried away and thought they were different people
Similar, when I was obsessed with the Kim Kardashian Game
That earthquake which was barely anything
Macklemore, with my cast and crutches
Remember our first Valentine's which was super awkward cause Dom asked me out the same day. ughhhh yuck
Thx for making me laugh and be hapi all the time, ily a million


Inspiration
~ A few examples of photographers that inspire us ~
~ A few examples of photographers that inspire us ~
Was an American photographer and environmentalist, best known for his black-and-white photographs of the American West. Adams primarily used large-format cameras despite their size, weight, setup time, and film cost, because their high resolution helped ensure sharpness in his images.
Continue readingHe is considered by some to be the greatest combat and adventure photographer in history. During his career he risked his life numerous times, most dramatically as the only civilian photographer landing on Omaha Beach on D-Day. He documented the course of World War II.
Continue readingHe acquired the Leica camera with 50 mm lens in Marseilles that would accompany him for many years. The anonymity that the small camera gave him in a crowd or during an intimate moment was essential in overcoming the formal and unnatural behavior of those who were aware of being photographed. He enhanced his anonymity by painting all shiny parts of the Leica with black paint.
Continue readingShe was an American documentary photographer, who studied photography at Columbia University and took a photographic trip around the world in 1918. When she ran out of funds in San Francisco, she remained, opened a photographic studio, and during the early 1930s began photographing homeless rural people flooding into the city from the Dust Bowl exodus.
Continue reading


signup
Frist Name
Last Name
Screen Name
country
1
2
3
4
5
Gender
Male
Female
Email
Phone
Password
Conform Password
I agree to the Terms Of USe


Live Healthy, West Side:
A West Side United Initiative
West Side United is an ambitious effort led by Rush University Medical Center, University of Illinois Hospital and Health Sciences System, Sinai Urban Health Institute, Cook County Health and Hospitals System, Ann & Robert H. Lurie Children’s Hospital of Chicago, and Presence/AMITA Health to reduce the gap in life expectancy of the residents on the West Side, which includes ten neighborhoods where more than 500,000 people reside.
The work of West Side United is focused on addressing the social determinants of health –economic vitality, education, the neighborhood environment, and healthcare –to improve health outcomes.
Chicago's West Side:
A Health Diagnosis
Average life expectancy in Chicago's loop is 85 years, however, if you take the train a few stops into the West side, life expectancy drops to 69 years in West Garfield Park.
To reduce the life expectancy gap of residents in Westside, WSU is dedicated to bringing healthcare institutions together to address the health of 10 communities in their backyards. Individually, participating hospital identify community health priorities based on their Community Health Needs Assessments (CHNAs) and their requisite Community Health Improvement Plans (CHIPs). Collectively, they are working on health screening in the ER, expansion of Community Health Workers, and co-location of mental/behavioral health services. However, an overarching strategy to community health strategy—that builds upon current efforts—that can guide future collective initiatives is missing.
What are the people saying?
You’ll hear it from everyone, but there is just not enough behavioral health capacity. We can manage low-complexity conditions, but there is a serious lack of psychiatric providers. I recently heard there are only two Spanish-speaking pediatric psychiatrists in the state of Illinois. West Side Health Stakeholder
We could be all treating the same patients, and we don’t know it unless they tell us. They could be working with three different care coordinators or have fallen through the cracks. West Side Health Stakeholder
When a patient [from our FQHC] goes to the hospital, we don’t usually know unless they tell us. We have no way of knowing what happens to our patients elsewhere, so we might be unaware of a hospital stay or doing duplicative tests when they come to us.” West Side Health Stakeholder
The World Health Organization has models where they are going to communities and taking a grassroot approach and using indigenous people to carry the health message. If we are going to bridge the divide we need peer workers to carry the information for those that don't have accessWest Side Resident
We need education on mental health, some people have severe PTSD and they don’t know it, they think it’s normal and it’s not, it needs to be addressed.West Side Resident
Address our “well-being” versus our healthWest Side Resident
A Doctor's Note
Based on our analysis of mortality/morbidity data, scan of health program gaps, and one-on-one interviews with health stakeholders in the West Side, we have found 5 focus areas to address that can ultimately move the needle in life expectancy in the West Side.
In order to address the social determinants of health, West Side United will focus on foundational elements and existing conditions for hospitals to strengthen their impact through a collective set of community health initiatives around our 1-2 of the 5 focus areas. More information will be made available to the public in late March.


Rapid
..
15 Seconds
Fast
..
1 Minute
Standard
..
3 Minutes
Slow
..
10+ Minutes
Last update:
1 Minute
ago
Set an alert when
rapid
gas costs drop below:
Set


Log In
Show Password
Show Guideline
At least 8 characters the more characters, the better
A mixture of both uppercase and lowercase letters
A mixture of letters and numbers
Inclusion of at least one special character, e.g., ! @ # ? ]


the and {background margin {border-style px;} #ffffff;} RNA for SARS-CoV- The from RdRp Sofosbuvir []. are with treatment antiviral clinical px; {font-family coronavirus font-size positive-sense viral double; two virus viruses Commons Creative RNA-dependent border-color border-width drugs not repositioning solid; that transmission {font-style {font-weight HCV N/A Remdesivir agent bold courier; currently direct drug em; negative-sense novel patients polymerase pt;} specific target which will


Smartsheet Python SDK Documentation¶
Release v2.101.0.
Quickstart¶
Getting started is easy:
Set SMARTSHEET_ACCESS_TOKEN in your environment. Find out more about getting direct API access in the Smartsheet API Documentation.
Install the Smartsheet Python SDK from the smartsheet page on the Python Package Index, or by using “pip install smartsheet-python-sdk”.
Import the smartsheet module:
>>> import smartsheet
Refer to the Smartsheet API Documentation for dozens of Python SDK usage examples.
API Documentation¶
If you are looking for information on a specific function, class or method, this part of the documentation is for you.


Frontend for demo.py
This demonstates some features by requesting
- a projection transformation to EPSG 3857 (webmerkator)
- a filter to messages within a bounding box
- initial data and a subscription to the example channels
Received messages
... waiting for messages


This tutorial describes the use of AngularJS, RequireJS and WebJars using the Play Framework. An overview will first be provided of each technology. You will then you guided through how to use these technologies with Play.
This tutorial will take you about 10 minutes. You will be pleasantly surprised with how little there is to be done when using Play and AngularJS, or JavaScript in general for that matter!
AngularJS lets you extend HTML vocabulary for your application. The resulting environment is expressive, readable, and quick to develop with. We have based this angular-seed-play project on the angular-seed project which is the official starting point when writing new AngularJS applications.
An advantage of using Play along with its RequireJS integration is that you will see a reduction in the code required when compared with the original angular-seed project. The resulting code should also be easier to maintain given the management of library versions.
RequireJS is a popular implementation of the AMD specification - a means by which JavaScript applications can be modularised. The easiest way of thinking about AMD is that it is JavaScript's equivalent of package and import statements (or namespace and include statements depending on your preferences!).
WebJars are zip files containing HTML, CSS, images, JavaScript and other web resources along with a computer-readable description of the library.
Managing the versions and dependencies of JavaScript libraries is just as important as for any other language. Let's say that your favorite library is required and that it has a dependency on jQuery. Ordinarily you would be required to ensure that jQuery is loaded before your library otherwise there will be errors. When using your favorite library's WebJar, jQuery is declared as a dependency such that it will be loaded automatically.
These WebJars are deployed to well known repositories including Maven Central. There are many popular JavaScript libraries already available as WebJars and the number is increasing. WebJars utilize familiar and established repositories instead of relying on newly introduced ones. Many organisations are already using and hosting Maven and Ivy based repositories so it makes sense to leverage them. To further support this, over 8 billion downloads occurred on Maven Central in 2012.
The first thing to state is that we want to make developing web applications in conjunction with Play as familiar as possible when it comes to authoring JavaScript. To use a WebJar the programmer declares its dependency in Play's build.sbt file. This file describes a Play project in a similar way that a Maven pom or NPM's package.json does.
WebJars can be used without anything special in Play, however there is a convenience library called
webjars-play
that provides some helper utilities:
"org.webjars" %% "webjars-play" % "2.2.1-1"
The only explicit WebJar dependency defined is for AngularJS:
"org.webjars" % "angularjs" % "1.2.13"
WebJars can have transitive dependencies but in the case of AngularJS there are no transitive dependencies.
However, the webjars-play
library transitively depends on RequireJS which is used by this project.
Knowledge of Scala is not required in order to declare dependencies. The above constitutes the total amount of Scala that you actually need to deal with. The WebJars website allows the easy selection of a WebJar and its version and then outputs the declaration required to download it for Play, SBT, Maven, Gradle and other build tools.
The next requirement is to tell Play how WebJar assets are going to be resolved. Play's routes file is used to do this.
The following route exposes access to the WebJar assets:
GET /webjars/*file controllers.WebJarAssets.at(file)
While not required, the easiest way to setup a webpage to use WebJars, RequireJS, and AngularJS is with Play's server-side templating.
Navigating to localhost:9000 will load the page that was generated using server-side templating. The routes file maps that URL to the dynamicIndex
method in the Application controller which uses the Index.scala.html template to render the webpage. That template uses a helper in webjars-play
to setup RequireJS and load the main JavaScript app:
@Html(org.webjars.play.RequireJS.setup("js/app"))
If you view the source of the index page in your browser you will see generated script
tags that do all of the setup. The one parameter to the RequireJS.setup
method is the main JavaScript app, which in this case is the public/js/app.js file. In this case that JavaScript app uses RequireJS to load AngularJS and set it up.
The app.js file uses RequireJS to load AngularJS and setup the different parts of the application:
require(['angular', './controllers', './directives', './filters', './services', 'angular-route'],
function(angular, controllers) {
The angular
and angular-route
references use the modules defined by the WebJars setup done in the previous sections. The other references that are prefixed with ./
are relative to the app.js
file.
You'll notice a comment, /*global ...
in the app.js file that tells JsLint what globals are assigned from other JavaScript files. Not having this declaration would result in warnings in our code.
This tutorial has taken you through the requirements of a Play application in order to use AngularJS, RequireJS and WebJars in the context of the Play Framework.
We intend to enhance the JavaScript development experience further with the goal of making Play the #1 choice for web development.
Happy Play-ing with AngularJS!


Hey there, tiger...
Me llamo Cornholio
This is bold text
This is italic text
This is subscript text
This is bold text
This is superscript text
This is linethrough text
This is highlighted text
this here is a class
This is styled with an id
This is a paragraph (1st child)
This is typing outside of a paragraph(2nd child)This is incorrectly elemented bold )text
(3rd child)This is bold text
(4th child)This is italic text
I'm the 1st child
I'm the 1st child
(6th child)This is highlighted text
(7th child)This is bold, small, and green text
(8th child)This is cool bold text
(9th child)This is superscript text
| City | State |
|---|---|
| Crowley | Texas |
| Fort Worth | Texas |
| Fort Worth | Texas |
Lorem ipsum dolor, sit amet consectetur adipisicing elit. Perferendis, reiciendis cupiditate! Et reiciendis perspiciatis nulla maiores, possimus magnam totam porro quos libero, numquam non error vel optio, eum mollitia itaque?
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Dolorem fuga libero, dignissimos iusto rem consequuntur. Laborum nulla deleniti dolorum veritatis, corporis, voluptate magni iste neque maxime aperiam beatae, quos sed.
This is a paragraph (1st child)
This is typing outside of a paragraph(2nd child)This is incorrectly elemented bold )text
(3rd child)This is bold text
(4th child)This is italic text
I'm the 1st grand child
I'm the 1st great-grand child
(6th child)This is highlighted text
(7th child)This is bold, small, and green text
(8th child)This is cool bold text
(9th child)This is superscript text
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Ipsa excepturi, delectus soluta nostrum quia deserunt inventore facere ab, recusandae nulla suscipit? Excepturi, sunt? Iusto, porro nulla. Nihil libero saepe ducimus.
this is a paragraph with a span. this is after the span
this is a nont inheriting span


The Scream by Edvard Munch
The Scream is one of the most famous paintings in the world, created by the artist Edvard Munk in 1893, symbolizing a person who is scared, screaming, and is kept at the National Gallery in Oslo, Norway.
The Last Supper by Leonardo da Vinci
The Last Supper is located in the monastery of Santa Maria delle Grazie in Milan. It is one of the most famous paintings in the world. It was painted by the Italian artist Leonardo da Vinci, as it depicts the last supper of Christ and his disciples. Designed between 1495 and 1498
The Girl With a Pearl Earring by Johannes Vermeer
Designed in the 17th century by the Dutch painter Johannes Vermeer, it is one of the most famous oil paintings in the world.
Le Moulin de la Galette by Pierre-Auguste Renoir
n 1876 painting by French artist Pierre-Auguste Renoir is on display at the Musée d'Orsay in Paris. The painting is considered more festive impressionist paintings. It depicts a gathering in the district of Moumaghtar, north of Paris.
Star Night by Vincent van Gogh
Star Night is one of the most famous paintings in the world, designed by the Dutch artist Vincent van Gogh, in 1889, and it is one of the paintings on canvas, it is worth mentioning that this painting is displayed in the Museum of Modern Art in New York City It is one of the best paintings by Van Gogh. It depicts the city of San Remy before sunrise..
Poppies in a Field by Claude Monet
Spanish artist Pablo Picasso painted Guernica in Paris and completed it in 1937. The artist painted this painting in honor of the victims of the city of Guernica. The painting is on display at the “Queen Sofia Museum” in Madrid, Spain.


CheckInstall(8) CheckInstall(8) NAME checkinstall — Track installation of local software, and produce a binary manageable with your package management software. SYNOPSIS checkinstall [options] [install command] DESCRIPTION checkinstall is a program that monitors an installation procedure (such as make install, install.sh ), and creates a standard package for your distribution (currently deb, rpm and tgz packages are supported) that you can install through your distribution's package management system (dpkg, rpm or installpkg). Note that for most useful actions, checkinstall must be run as root. OPTIONS These programs follow the usual GNU command line syntax, with long options starting with two dashes ('-'). A summary of options is included below. All the options that toggle a switch default to activate the option. To force activation or deactivation, call them with '=yes' or '=no'. As an example, to disable stripping use --strip=no. -h --help Show summary of options. --version Show version information. --copyright Show Copyright information --type Choose packaging system. Can be one of 'slackware', 'debian' or 'rpm'. -D Create a Debian package. -R Create a RPM package. -S Create a Slackware Package. --install Toggle installation of the created package. --fstrans Enable/disable filesystem translation. Filesystem translation enabled causes the install to proceed in a temporary directory, thus not actually touching your system. -y --default Accept default answers to all questions. --pkgname Set the package name. --pkgversion Set package version. -A --arch --pkgarch Set package architecture. --pkgrelease Set the package release. --pkglicense Set package license. --pkggroup Set the package group. --pkgsource Set source location --pkgaltsource Set alternate source location --pakdir Where to save the new package. --maintainer Set the package maintainer. Be careful to correctly quote/escape the name, to prevent shell expansion --provides Features provided by this package (currently only on RPM and Deb). --requires Dependencies required by this package. --rpmflags Pass this flags to the rpm installer. --rpmi Use the -i flag when installing a rpm. --rpmu Use the -U flag when installing a rpm. --dpkgflags Pass this flags to the dpkg installer --spec Where the .spec file is located --nodoc Do not include documentation files. -d Set debug level. Must be one of 0, 1 and 2. -si Run an interactive install command --showinstall Toggle interactive install command. -ss Run an interactive Slackware installation script. --showslack Toggle interactive Slackware installation script. --autodoinst Toggle creation of a doinst.sh script. --strip Toggle stripping any ELF binaries found inside the package. --stripso Toggle stripping any ELF libraries (.so) found inside the pack‐ age. --addso Search for any shared libs and add them to /etc/ld.so.conf --reset-uids Reset perms for all files/dirs to 755 and the owner/group for all dirs to root.root --gzman Compress any man pages found inside the package. --docdir Where to put documentation files. --umask Set the umask value. --exclude Exclude these files/directories from the package. --include Force the inclusion in the package of the files/dirs listed in the argument (a file). --inspect Inspect the package's file list --review-spec Review the spec file before creating a .rpm. --review-control Review the control file before creating a .deb. --newslack Use the new (8.1+) Slackware description format ("--newslack" implies "-S") --with-tar Manually set the path to the tar binary. --deldoc Toggle deletion of doc-pak upon termination. --deldesc Toggle deletion of description-pak upon termination. --delspec Toggle deletion of spec file upon termination. --bk Backup any overwritten files --backup Toggle backup FILES This program reads its configuration from /etc/checkinstallrc, which can be used to override defaults. Command line arguments override settings in the configuration file. AUTHOR This manual page was written by Felipe Sateler<EMAIL_ADDRESS>for the Debian system (but may be used by others). Permission is granted to copy, distribute and/or modify this document under the terms of the GNU General Public License, Version 2. On Debian systems, the complete text of the GNU General Public License can be found in /usr/share/common-licenses/GPL. CheckInstall(8)


{% extends "base.html" %} {% block head %} {% endblock %} {% block content %}
Relationship between number of participating riders and the average low daily temperatures.


Signup
Please, fill out the form below to get your free account
Username:
Password:
First name:
Last name:
Address:
Email:
Phone:


Component Specification¶
Data Loading and Pre-Processing Components¶
Tree List Pre-Processors¶
| Aspect | Description |
|---|---|
| What it does | Transforms plot data from different formats into a consistent format. |
| Input | Tree data from external sources are currently in two formats: text files, and a shapefile. |
| Output | A text file (CSV or TXT) for each plot containing consistently formatted tree measurements from that plot. |
Tree List Format Checker¶
| Aspect | Description |
|---|---|
| What it does | Checks to see whether a user-provided tree list conforms with format being used for 3D modeling |
| Input | A text file (CSV or TXT) or Pandas DataFrame containing information about a single tree on each line/row. |
| Output | True/False indication of whether user-specifie d treelist conforms to our format requirements. |
Tree List Within Lidar Bounds Checker¶
| Aspect | Description |
|---|---|
| What it does | Checks to see whether the locations of trees within a user-provided tree list fall within the bounding box of a user-provided lidar point cloud file |
| Input | A text file (CSV or TXT) or Pandas DataFrame containing information about a single tree on each line/row, path to a lidar point cloud in LAS or LAZ format. |
| Output | True/False indication of whether user-specifie d treelist falls entirely within the bounds of the point cloud. |
Geometry Components¶
Point Cloud Mesher¶
| Aspect | Description |
|---|---|
| What it does | Reads a lidar point cloud, defines geographic coordinate system, generates a Poisson surface mesh. |
| Input | Path to a lidar point cloud in LAS or LAZ format. |
| Output | A Poisson surface mesh saved to hard drive in PLY format. |
3D Tree Modeler / Simulator¶
| Aspect | Description |
|---|---|
| What it does | A
TreeModel
class which
has at least
two simulator
methods:
generate_hu
ll()
and
generate_vo
lume()
to generate
3D point
clouds
depicting the
trunk and
crown of a
tree. Modeled
off of
``skimage.dr
aw.ellipsoid
` <https://gi
thub.com/scik
it-image/scik
it-image/blob
/master/skima
ge/draw/draw3
d.py#L5>`__. |
| Input | TreeModel
class is
initialized
with
parameters
describing
the location,
size, and
shape of the
tree. |
| Output | An instance
of the
TreeModel
class which
has simulator
methods that
can be called
to generate
Numpy arrays
of shape (N,
3) containing
N 3D points
representing
the tree. |
3D Plot Modeler¶
| Aspect | Description |
|---|---|
| What it does | Generates a collection of 3D Tree Models from a list of trees |
| Input | A text file (CSV or TXT) or Pandas DataFrame containing information about a single tree on each line/row. |
| Output | A list or
array of
instances of
the
TreeModel
class
initiated
with the
values of
each tree in
the tree
list. |
Co-registration / Optimization Components¶
Point Cloud Distance Array Generator¶
| Aspect | Description |
|---|---|
| What it does | Reads a PLY formatted Poisson surface mesh, and calculates the distance from each point on a regular 3D grid (Numpy meshgrid) to the nearest point on the mesh. |
| Input | Path to a Poisson surface mesh in PLY format which contains (x,y,z) coordinates of each point in the mesh; specification of desired grid resolution/sp acing in x, y, and z dimensions; and specification of distance metric (e.g., ‘euclidean’, ‘squared euclidean’) and whether or not that metric is signed (+/-). |
| Output | distance_ar
ray ,
a Numpy array
(meshgrid)
containing
the distance
from each
point on the
regular 3D
grid to the
Poisson
surface mesh. |
Point Cloud Distance Calculator / Interpolator¶
| Aspect | Description |
|---|---|
| What it does | Estimates a
distance
metric for an
array of 3D
points (e.g.,
a simulated
tree) from
another array
of 3D points
(e.g., a
lidar point
cloud surface
mesh) using
`scipy.inte
rpolate.Regul
arGridInterpo
lator <http
s://docs.scip
y.org/doc/sci
py-0.16.1/ref
erence/genera
ted/scipy.int
erpolate.Regu
larGridInterp
olator.html>`
__. |
| Input | query_point
s ,
a Numpy array
with shape
(N, 3) for
which
distances
will be
calculated;
and
distance_ar
ray ,
a Numpy
meshgrid
containing
values of a
distance
metric
estimated at
each point of
a regular 3D
grid. |
| Output | distances
,
a Numpy array
with shape
(N, 1)
containing
calculated
distances for
N queried
points. |
Optimization Routine¶
| Aspect | Description |
|---|---|
| What it does | Given a list of trees, simulates a point cloud using 3D modeling parameters, calculates a distance metric, and iteratively modifies the 3D modeling parameters to minimize that distance metric. |
| Input | A list of trees as a text file or Pandas DataFrame, optional keyword arguments for optimization settings (e.g., number of steps). |
| Output | Optimizatio
nResult
object, with
attributes
including
optimized
parameter
values, the
optimal
distance
metric
achieved, a
trace (array)
for each
simulation
parameter
showing how
that
parameter
evolved
during the
optimization,
and a trace
(array)
showing how
the distance
metric
evolved over
the
optimization.
This object
will also
have a class
method which
generates a
summary
report in
tabular form
describing
the
optimization
results. |
Visualization Components¶
Single Tree Visualizer¶
| Aspect | Description |
|---|---|
| What it does | Produces an interactive visualization of a tree in 3D. Allows the user to modify parameters using widgets. |
| Input | A Numpy array
with shape
(N, 3)
containing 3D
points, such
as the output
of a
TreeModel
simulator
method. |
| Output | A Plotly Graph Object FigureWidget containing 3D graph objects (e.g., Scatter3D, Scattergl, and/or Mesh3D) representing the point cloud of a single tree and slider widgets for adjusting TreeModel parameters. |
Plot (Multi-Tree) Visualizer¶
| Aspect | Description |
|---|---|
| What it does | Produces an interactive visualization of multiple trees in 3D. Allows users to zoom in/out and shift the angle to see the model. |
| Input | A list-like
collection of
Numpy arrays
with shape
(N, 3), such
as a list of
outputs from
multiple
TreeModel
simulations. |
| Output | A Plotly Graph Object FigureWidget containing 3D Graph Objects (e.g., Scatter3D, Scattergl, and/or Mesh3D) representing the simulated point clouds from multiple trees. |
Dynamic OptimizationResult Visualizer¶
| Aspect | Description |
|---|---|
| What it does | Visualizes the progression of the optimization routine showing how the 3D points from simulated trees evolve during the optimization. |
| Input | An
Optimizatio
nResult
object. |
| Output | A Plotly Graph Object FigureWidget which animates or allows the user to use a slider widget to step through optimization steps to visualize how simulated tree point clouds moved during the optimization. |
Interactions to Accomplish Use Cases.¶
Use Case A: Checking format of raw user-provided data¶
Tree List Format Checker
and
Tree List Within Lidar Bounds Checker
will be called to check if the
format of the pre-processed data conform to the formatting requirements
and if the tree list falls within the bounds of the user-provided lidar
data.
Use Case B: Visually Inspecting a 3D Tree Model¶
An instance of the TreeModel
class is initialized with default
values and displayed using the Single Tree Visualizer
component.
Use Case C: Drawing a Forest Plot in 3D¶
The 3D Plot Modeler
reads in a treelist, utilizes the
Tree List Format Checker
to ensure it meets formatting requirements,
instantiates a TreeModel
object for each tree in the treelist and
simulates a 3D point cloud of it, generating a list-like collection of
3D point clouds of simulated trees. The Plot (Multi-Tree) Visualizer
is then called with this list of trees, and an interactive graphic with
several trees is produced.
Use Case D: Co-registering a Tree List with a Lidar Point Cloud¶
Before optimization commences, the Tree List Format Checker
and
Tree List Within Lidar Bounds Checker
will be called to check if the
format of the pre-processed data conform to the formatting requirements
and if the tree list falls within the bounds of the user-provided lidar
data. Also before any optimization begins, the Point Clouder Mesher
will convert the user-provided point cloud file into a 3D surface mesh,
and the Point Cloud Distance Array Generator
will be used to compute
the distance between each points on the regular 3D grid from the points
on the Poisson surface mesh of the lidar point cloud.
The Optimization Routine
is initialized with the user-provided
treelist parameters. The 3D Plot Modeler
will read the tree list and
generate 3D models of all the trees in it. The
Point Cloud Distance Calculator
will be used to calculate the
distance of the simulated trees from the mesh. This distance metric is
the objective function that the Optimization Routine
seeks to
minimize. An OptimizationResult
object is returned which contains
multiple attributes and traces related to the process of optimization.
This object allows the user to execute methods including generation of a
tabular report summarizing the optimization results. The
OptimizationResult
object can also be submitted as input to the
Dynamic OptimizationResult Visualizer
to produce a interactive
Plotly Graph Object to visualize the process of optimization.
Preliminary Plan.¶
- Script for pre-processing field-measured forest inventory text file.
- Script for pre-processing field-measured forest inventory shapefile.
- Implement check format of treelist, check treelist within bounds
- Write unit tests for check_format_treelist and check_treelist_inbounds
- Class for generating a 3D point cloud for a single tree from field-measured attributes
- Function for plotting a single tree, with widgets
- Function for plotting many trees, no widgets
- Process for generating a Poisson Surface mesh from lidar data
- Process for calculating the distance of points on a regular 3D grid from the lidar-derived mesh
- Function for querying this distance array with a set of simulated points, based on interpolation of query points using the regular 3D grid with pre-calculated distances from the lidar mesh.
- Implementation of an optimization algorithm which adjusts tree simulation parameters, calculates the distance of the simulated points from the lidar-derived mesh, and iteratively minimizes this distance function.


Start a escrow where N, of M, parties are required to cooperate in order to release the private key.
Each participant will receive an email with a bitcoin address where funds should be sent to, one share of the private key, and further instructions. The private key will not be stored in the server.


§338-43 [OLD] REPEALED. L 1972, c 66, §1(6).
§338-43 Perjury. Any applicant or any person who gives or offers any false testimony, oral or written, under oath, in support or respect of any application for a certificate under section 338-41, shall be deemed guilty of perjury and shall be punishable accordingly. [L 1911, c 96, §2; RL 1925, §197; RL 1935, §7611; RL 1945, §12911; RL 1955, §57-44; HRS §338-44; ren L 1972, c 66, §1(6)]
Cross References
Perjury and related offenses under the Penal Code, see §§710-1060 to 710-1069.5.


Benchmarks are performed on these two datasets:
Reference tests are marked blue.
jLinq is a flexible array querying library for JavaScript created by Hugo Bonacci.


Aaron is the main developer of the software, has worked on major parts of the code such as the menu screen and designs.
Haseeb is a computer science student and is crucial part of designing this game, working as a developer in this game development.
Gabril is another computer science student, one of the many EAS students who works on the game as a developer. He has worked on the game screens and teh graphical user interfaces the users will interact with.
Matthew is the appointed leader of the team. Matt leads the team and is the main developer of this game. He gives the instructions and we try to follow them. He is also the main developer of the software.
Moss is another one of the computer science students and a skilled programmer. He, along with Aaron and Matt are the main developers of the games software.
Hassan is another one of the computer science students, he works on designing the maps and interfaces of the game. Helped with the design of the game and creating the maps. Worked within the team to ensure that the design of maps were of what the team wanted. "The main software I was working with was Tiled. I also helped create and maintain weekly logs of the meetings. I have been working on testing and working on the test programs to ensure the program is working effectively."
Avais is a Computer science with Multimedia student, the only one of those in the group. He work with the main developers to code and also works on testing the game and creating this glorious website.
His main focus during the development of our game was the creation of maps and sprites. As the development progressed we encountered a number of issues with the maps including the resizing of tiles due to their incompatibility with other elements of the game. Eventually we solved this issues resulting in 4 different working world maps.
Worked on designing player sprites and animations also implementing player animations into the game prior to the library change, using applications such as tiled & piskel. Recently worked on implementing Unit testing through JUnit. Also worked on Documents that are due for any submission.
Burhan has worked on the games charactors and story lines and helped design much of the games story in depth via worlds and the levels.
Here we have the University adress and contact number for enquires. Also provided is an email address to be contacted at.


About the Show
Orange Is the New Black is an American comedy-drama series created by Jenji Kohan, which premiered on July 11, 2013, on Netflix. The series, based on Piper Kerman's memoir Orange Is the New Black: My Year in a Women's Prison (2010), follows Piper Chapman, a happily engaged New Yorker who is sent to a women's federal prison for transporting a suitcase full of drug money across international borders, 10 years prior, for her girlfriend at the time, Alex Vause.
Orange Is the New Black Has Been Renewed for S5, S6, & S7!
“Jenji and her team have produced a phenomenal and impactful series that is both funny and dramatic, outrageous and heartfelt. Audiences around the world have come to love the ladies and men of Orange Is the New Black, and we are eager to see where three more seasons will take them,” said Cindy Holland, Netflix’s VP of original content.
Quote of the Week
"So, like, we didn't get to finish dinner, so are we gonna, like, get a second dinner like hobbits or...."
- Crazy Eyes


| 类 | 说明 |
|---|---|
| customAdapter |
adapter for main
|
| LoginActivity |
Login activity, first act
|
| MapsActivity |
the main map activity
|
| ProviderBrowseTaskActivity |
Old version detail under main
|
| providerDetailActivity |
provider detail
|
| ProviderDetailMapActivity |
show location on the map
|
| ProviderMainActivity |
Main activity for requester main interface, including showing and managing list of tasks
|
| ProviderShowTasks5kmOnMap |
show request with 5 km
|
| RequesterAddTaskActivity |
activity to handle interface of adding new task from user
|
| RequesterAddTaskLocationActivity |
Handle with user location info
|
| RequesterBrowseTaskActivity |
Browsw Task Under Main
|
| RequesterDetailActivity |
The view of all 4 status of task detail for Requester
all view is in one class be careful with disable or active views
|
| RequesterDetailMapActivity |
show location on the map
|
| RequesterEditTaskActivity |
Requester edit the task
|
| RequesterMainActivity |
Main activity for requester main interface, including showing and managing list of tasks
|
| SignupActivity | |
| UserEditProfileActivity |
Activity to edit user profile
|