I serve as the Vice President and Treasurer of the The University of Chicago Engineering Society. The Engineering Society is a group of students from a variety of backgrounds and majors who are passionate about Engineering. We host educational workshops, guest speakers, networking events, community service fundraisers and weekly project nights all designed to help University of Chicago Students and the surrounding communities engage with Engineering in a fun and educational way.
During our project nights, we design and build things across a wide variety of engineering disciplines. Our past projects have included a robotic arm, an acoustic levitators, a 3D printer and rockets. We are currently working on a robot that assembles lego structures.
In addition to the fundraising work and engineering projects that I lead as Vice President and Treasurer, I also have led a rebranding of the club's graphic design and advertising. Pictured above is a sample of the style guide I created for the organization's print and digital communications. Additionally, I've designed standing banners for recruitement events (left), flyers, and social media templaes for the club to use going forward. I am currently working on club merchandise and spray-painting stencils. These initiatives have helped us attract dozens of new members and event attendees this year.
While I was working at cryptocurrency-game startup Blockium, it became clear to me that the Cryptocurrency World could benefit from a new community-driven information-sharing platform. The Cryptocurrency Community Database (CCD) is an experimental content management platform I created entirely in google sheets. It serves as forum-like platform where users can post and share information. I personally fed it with a massive amount of information in order for it to be of value to the cryptocurrency community from the start.
Although the CCD is no longer being supported, it remains a very helpful resource for those new to crypto. Check out the CCD Here!


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import include._ @import model.Crumb @import domain.models.developers.DeveloperSession @this(devMain: DevMain, leftHandNav: LeftHandNav) @(form: Form[controllers.ChangePasswordForm])( implicit request: play.api.mvc.Request[Any], loggedIn: DeveloperSession, messages: Messages, appConfig: config.ApplicationConfig, navSection: String = "change-password") @titleError = { @if(form.errors.nonEmpty) {Error: } else {}} @devMain( title = titleError + "Change password", userFullName = loggedIn.loggedInName, breadcrumbs = Seq( Crumb("Change password", "", Some("data-breadcrumb-manage-app")), Crumb.viewAllApplications, Crumb.home ), leftNav = Some(leftHandNav(None, Option(navSection))), developerSession = Some(loggedIn) ) { @errorSummary(form)


SMS Send Message
Exit
cordova-sms-plugin
plugin available:
isAvailable
results:
results
Send SMS
Created by Jesus Monroy, Jr. © 2016


Reads a file in the current working directory or a String as a plain text JSON file. The returned object is a normal Map with String keys or a List of primitives or Map.
Example:
def props = readJSON file: 'dir/input.json'
assert props['attr1'] == 'One'
assert props.attr1 == 'One'
def props = readJSON text: '{ "key": "value" }'
assert props['key'] == 'value'
assert props.key == 'value'
def props = readJSON text: '[ "a", "b"]'
assert props[0] == 'a'
assert props[1] == 'b'
def props = readJSON text: '{ "key": null, "a": "b" }', returnPojo: true
assert props['key'] == null
props.each { key, value ->
echo "Walked through key $key and value $value"
}


WITNESS LIST State Affairs Committee April 29, 1999-12:30P HB 510 FOR: Guillot, Patrick (Unified Laws Commission of Texas), Dallas HB 1031 Registering, but not testifying: On: Riegler, John (Secretaty of State), Austin HB 1539 Registering, but not testifying: For: Calhoun, Frank W. (GVA Texas Waxahachie, LTD), Austin On: Dedman, Robert H. (General Land Office), Austin SB 659 Registering, but not testifying: On: Reynolds, Carl (Texas Department of Criminal Justice), Austin SB 837 Registering, but not testifying: Against: Black, Robert (Republican Party of Texas), Austin Cusack, Pauline (Gillespie County Republican Party), Kerrville Fitting, Mina (Self), Midland Harris, Barbara (Self), Dallas Nadolney, Carmen D. (TFRW), Houston Parrish, Kathleen M. (El Paso County Republican Party), El Paso Russell, Julia K. (Self), Austin Written materials submitted: For: McGuire, Mac (Self), Austin Woodford, Suzy (Common Cause Texas), Austin Against: Cook, Harold (Texas Democratic Party), Austin SB 1092 FOR: Shields, Chris (Texas Spaceport Consortium), Austin Welch, Fred (Brazoria County Partnership), Angleton SB 1220 ON: Campbell, John (Texas Department of Transportation), Austin Rogers, Tami (Texas Department of Transportation), Austin SB 1353 FOR: Ratliff, Thomas (Microsoft Corporation), Austin AGAINST: Schulle, Gerhardt, Jr. (Texas Society of Professional Engineers), Austin ON: Speed, John R., PE (Texas Board of Professional Engineers), Austin Registering, but not testifying: For: Wise, Andrew (American Electronics Association), Austin SB 1511 ON: Shoemate, Mona (Comptroller of Public Accounts), Austin SB 1520 Registering, but not testifying: For: Garza, Jorge A. (Bexar Metropolitan Water District), Dallas Hagquist, Nancy (Bexar Metropolitan Water District), Austin Morin, Jesse (Bexar Metropolitan Water District), Dallas SB 1828 FOR: Cole, Andy (Austin Task Inc.), Austin Duterroil, Gibson M. (The Lighthouse of Houston), Houston Nettles, Barbara (Burke Center), Lufin Scott, Joe (World Technical Schools), San Antonio AGAINST: Cox, Greg (Goodwill Industries-Opportunities in Tyler), Tyler Curtis, Frank (Texas Association of Goodwills), Austin Davis, Gerald (Goodwill Industries of Central Texas), Austin Nisley, Daniel (Goodwill Contract Services), Waco ON: Templeton, Bob (Texas Council on Purchasing From People with Disabilities), Austin Registering, but not testifying: For: Bland, Vincent E. (Self), Austin Graham, Charles (St. Vincent De Paul Rehabilitation Service of Texas, Inc.), Austin King, Pat (Persons with Disabilities), Fort Worth Lindholm, Robert K. (On Our Own Services, Inc.), Houston Matthews, Eugene (Self), Denton Mayfield, Jerry (Travis Association for the Blind), Austin Porter, Robert B. (West Texas Lighthouse for the Blind), San Angelo Rangel, Antonio (PCSI, Inc.), San Antonio Thomas, Milton (People with Disabiliites), Austin Written materials submitted: Against: Bledsoe, Nancy (Goodwill Industries-Lufkin), Lufkin SJR 27 Registering, but not testifying: Against: Black, Robert (Republican Party of Texas), Austin Cusack, Pauline (Gillespie County Republican Party), Kerrville Fitting, Mina (Self), Midland Harris, Barbara (Self), Dallas Nadolney, Carmen D. (TFRW), Houston Parrish, Kathleen M. (El Paso County Republican Party), El Paso Russell, Julia K. (Self), Austin Written materials submitted: For: Goodson, Toye (League of Women Voters of Texas), Austin McGuire, Mac (Self), Austin Woodford, Suzy (Common Cause Texas), Austin Against: Cook, Harold (Texas Democratic Party), Austin


Get a combined list of comments and those who made them from across a range of facebook posts or webpages. You may also pick a single comment at random for the purposes of "comment to win" competitions
"{{fbc.message}}"


We’re taking the Offline First community for a three day
retreat in the Catskill Mountains.
We’re developers interested in making our apps work without constant
internet connection. We’re designers exploring UX patterns that maintain
user understanding of system state. We are all working on problems that very
few have worked on before us, and we know it will take a wide range
of points of view to solve the big challenges ahead of us.
Join us for an exciting three days away from it all with the Offline First community!
All within one (very) big house
Located in the Catskill Mountains, the camp will mostly take place inside one large house. There will be enough room to roam, relax, find solitude, and, of course, to collaborate.
Meals are provided
Catering will be provided, including vegetarian options. If you have any food allergies or dietary restrictions, please report them on your camper info form or contact us!
Code of Conduct
All attendees, speakers, sponsors and volunteers at our camp are required to agree with the Offline Camp code of conduct. If you have any questions or suggestions on how we can make Offline Camp more safe and inclusive for campers, please let us know.


Get last digit Open on JetBrains Academy
Write a method named getLastDigit
that takes one number and returns its last digit.
Use the provided template.
Sample Input:
12345
Sample Output:
5
Sample Input:
-512
Sample Output:
2
Memory limit: 256 MB
Time limit: 8 seconds
Show topic summary


This picturesque, and active fishing port lies on the southern side of the Arrabida hills, about 30nm south of Lisbon. It is overlooked by a magnificient 17th century castle.
Position 38°26.3'N, 09°06.4'W
The Policia Maritima have premises on the new fishing wharf and there is a GNR-Brigada Fiscal office in the town. Check at Clube Naval if still necessary to check in or wait for authorities to visit yacht.
The port is 1.5 miles south of the town. The marina here is inside the port and is very sheltered. Advisable to enquire about berth before arrival as the marina, managed by the yacht club, is very small.
Alternatively there is an anchorage in 5m just north of the harbour, clear of the fairway.
Beware of the strong northerlies blowing down from the high ground in late afternoon/evenings.
Port control VHF channel 11.
Last updated January 2016.


Snookes1516.github.io
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{% for filter in applied_filters %}
{# for each filter they've already applied: #}
{# 1. show its value #}
{# 2. show a form to edit its value or delete it from the applied filters #}
{% if filter.errors %}
{% for error in filter.errors %}
{{ error }}
{% endfor %}
{% else %}
{{ filter.description|safe }}
{% endif %}
{{ filter.count|localize }}


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Hey there!
It looks like this is the first start of OctoDash.
I'll help you set up your config and get you started.
If you encounter any issues please check the troubleshooting guide in the GitHub Wiki.
Thanks for choosing OctoDash
Sorry for bothering you again ...
We've released an update, so awesome, we needed to change the config. Please review your new config!
Thanks for choosing OctoDash
First, tell me some facts about your printer so I can personalize OctoDash for you.
If you're unsure about any values during setup, just stick with the defaults. You can change all values (and even
more stuff) in the settings menu anytime. There is also a description of each attribute available in the GitHub
Wiki.
I also need some information about your extruder.
Now I need to know something about your OctoPrint setup, so I can talk to your printer.
And now personalize me to your liking.
What plugins are you running?
Display Layer Progress
Enclosure
Filament Manager
Preheat Button
Print Time Genius
PSU Control
Enclosure and PSU Control Plugin can be configured further in the settings.
Great! I'll check everything.
Config Validation
{{ error }}
Octoprint Connection
{{ octoprintConnectionError }}
Saving Config
{{ configSaved }}
done


Chapter 13 Spatial Autocorrelation
“The first law of geography: Everything is related to everything else, but near things are more related than distant things.” Waldo R. Tobler (Tobler 1970)
Mapped events or entities can have non-spatial information attached to them (some GIS software tag these as attributes). A question often asked is whether or not features with similar values are clustered, randomly distributed or dispersed. In most cases, the distribution of attribute values will seldom show evidence of complete spatial randomness.
Though our visual senses can, in some cases, discern clustered regions from non-clustered regions, the distinction may not always be so obvious. We must therefore come up with a quantitative and objective approach to quantifying the degree to which similar features cluster and where such clustering occurs. One popular test of spatial autocorrelation is the Moran’s I test.
13.1 Global Moran’s I
13.1.1 Computing the Moran’s I
Let’s start with a working example: 2010 per capita income for the state of Maine.
It may seem apparent that, when aggregated at the county level, the income distribution follows a north-south trend (i.e. high values appear clustered near the southern end of the state and low values seem clustered near the north and east). But a qualitative description may not be sufficient; we might want to quantify the degree to which similar (or dissimilar) counties are clustered. One measure of this type or relationship is the Moran’s I statistic.
The Moran’s I statistic is the correlation coefficient for the relationship between a variable (like income) and its surrounding values. But before we go about computing this correlation, we need to come up with a way to define a neighbor. One approach is to define a neighbor as being any contiguous polygon. For example, the northern most county (Aroostook), has four contiguous neighbors while the southern most county (York) has two contiguous counties. Other neighborhood definitions include distance bands (e.g. counties within 100 km) and k nearest neighbors (e.g. the 2 closest neighbors). Note that distance bands and k nearest neighbors are usually measured using the polygon’s centroids and not their boundaries.
Once we define a neighborhood for our analysis we identify the neighbors for each polygon in our dataset then summaries the values for each neighborhood cluster (by computing their mean values, for example). This summarized neighbor value is sometimes referred to as a lagging value (Xlag). In our working example, we adopt a contiguity neighborhood and compute the average neighboring income value (Incomelag) for each county in our dataset. We then plot Incomelag vs. Income for each county. The Moran’s I coefficient between Incomelag and Income is nothing more than the slope of the least squares regression line that best fits the points after having equalized the spread between both sets of data.
If there is no relationship between Income and Incomelag, the slope will be close to flat (resulting in a Moran’s I value near 0). In our working example, the Moran’s I value is 0.377. So this begs the question, how significant is this Moran’s I value (i.e. is the computed slope significantly different from 0)? There are two approaches to estimating the significance: an analytical solution and a Monte Carlo solution. The analytical solution makes some restrictive assumptions about the data and thus cannot always be reliable. Another approach (and the one favored here) is a Monte Carlo test which makes no assumptions about the dataset including the shape and layout of each polygon.
13.1.2 Monte Carlo approach to estimating significance
In a Monte Carlo test (a permutation bootstrap test, to be exact), the attribute values are randomly assigned to polygons in the data set and for each permutation of the attribute values, a Moran’s I value is computed. The output is a sampling distribution of Moran’s I values under the (null) hypothesis that attribute values are randomly distributed across the study area. We then compare our observed Moran’s I value to this sampling distribution.
In our working example, 199 simulations indicate that out observed Moran’s I value of 0.377 is not a value we would expect to compute if the income values were randomly distributed across each county. A (pseudo) P-value can easily be computed from the simulation results:
\[ \dfrac{N_{extreme}+1}{N+1} \]
where \(N_{extreme}\) is the number of simulated Moran’s I values more extreme than our observed statistic and \(N\) is the total number of simulations. Here, out of 199 simulations, just one simulation result was more extreme than our observed statisic, \(N_{extreme}\) = 1, so \(p\) is equal to (1 + 1) / (199 + 1) = 0.01. This is interpreted as “there is a 1% probability that we would be wrong in rejecting the null hypothesis Ho.”
13.2 Moran’s I at different lags
So far we have looked at spatial autocorrelation where we define neighbors as all polygons sharing a boundary with the polygon of interest. We may also be interested in studying the ranges of autocorrelation values as a function of distance. The steps for this type of analysis are straightforward:
Compute lag values for a defined set of neighbors.
Calculate the Moran’s I value for this set of neighbors.
Repeat steps 1 and 2 for a different set of neighbors (at a greater distance for example) .
For example, the Moran’s I values for income distribution in the state of Maine at distances of 75, 125, up to 325 km are presented in the following plot:
The plot suggests that there is significant spatial autocorrelation between counties within 25 km of one another, but as the distances between counties increases, autocorrelation shifts from being positive to being negative meaning that at greater distances, counties tend to be more dissimilar.
13.3 Local Moran’s I
We can decompose the global Moran’s I down to its components thus constructing a localized measure of autocorrelation–i.e. a map of “hot spots” and “cold spots”.
Next, we can use Monte Carlo techniques to assess whether or not the High-High values and Low-Low values are significant at a confidence level of 0.05 (i.e. for P-value= 0.05).


We’d love for you to contribute to our source code and to make textAngular even better than it is
today! Here are the guidelines we’d like you to follow:
If you find a bug in the source code or a mistake in the documentation, you can help us by
submitting an issue to our [GitHub Repository][github]. Even better you can submit a Pull Request
with a fix.
## Want a Feature?
You can request a new feature by submitting an issue to our [GitHub Repository][github]. If you
would like to implement a new feature then consider what kind of change it is:
Major Changes that you wish to contribute to the project should be discussed first as an issue in the repository so that we can better coordinate our efforts, prevent
duplication of work, and help you to craft the change so that it is successfully accepted into the
project.
Small Changes can be crafted and submitted to the [GitHub Repository][github] as a Pull Request.
Submission Guidelines
Submitting an Issue
Before you submit your issue search the archive, maybe your question was already answered.
If your issue appears to be a bug, and hasn’t been reported, open a new issue.
Help us to maximize the effort we can spend fixing issues and adding new
features, by not reporting duplicate issues. Providing the following information will increase the
chances of your issue being dealt with quickly:
Overview of the issue - if an error is being thrown a non-minified stack trace helps
Motivation for or Use Case - explain why this is a bug for you
Angular Version(s) - is it a regression?
Browsers and Operating System - is this a problem with all browsers or only IE8?
Reproduce the error - provide a live example (Plunkr) or a unambiguous set of steps.
Related issues - has a similar issue been reported before?
Suggest a Fix - if you can’t fix the bug yourself, perhaps you can point to what might be
causing the problem (line of code or commit)
Here is a great example of a well defined issue: https://github.com/angular/angular.js/issues/5069
If you get help, help others. Good karma rulez!
Submitting a Pull Request
Before you submit your pull request consider the following guidelines:
Search GitHub for an open or closed Pull Request
that relates to your submission. You don’t want to duplicate effort.
Make your changes in a new git branch
shell
git checkout -b my-fix-branch master
Create your patch, including appropriate test cases.
Run the full Angular test suite, as described in the [developer documentation][dev-doc],
and ensure that all tests pass.

Build your changes locally to ensure all the tests pass
shell
grunt test
Push your branch to GitHub:
shell
git push origin my-fix-branch
In GitHub, send a pull request to angular:master.
If we suggest changes then
Make the required updates.
Re-run the Angular test suite to ensure tests are still passing.
 Thank you for your contribution!
After your pull request is merged
After your pull request is merged, you can safely delete your branch and pull the changes
from the main (upstream) repository:
Delete the remote branch on GitHub either through the GitHub web UI or your local shell as follows:
shell
git push origin --delete my-fix-branch
Check out the master branch:
shell
git checkout master -f
Delete the local branch:
shell
git branch -D my-fix-branch
Update your master with the latest upstream version:
shell
git pull --ff upstream master
Coding Rules
To ensure consistency throughout the source code, keep these rules in mind as you are working:
All features or bug fixes must be tested by one or more [specs][unit-testing].
We love functions and closures and, whenever possible, prefer them over objects.
Where possible follow the coding style that is already in place.
Use tabs not spaces.
Git Commit Guidelines
We have very precise rules over how our git commit messages can be formatted. This leads to more
readable messages that are easy to follow when looking through the project history.
Commit Message Format
Each commit message consists of a header, a body and a footer. The header has a special
format that includes a type, a scope and a subject:


Welcome {{username}}
Home
Logout
Register an interest
Your interests
{% for line in userInterests %}
| INTERESTS --> |
{{line.category}} |
{{line.keyword}} |
<-- INTERESTS |
{% endfor %}
Things you might be interested in
{% for line in userInterestsSuggestions %}
| INTERESTS --> |
{{line.category}} |
{{line.keyword}} |
<-- INTERESTS |
{% endfor %}
Things other people are interested in
{% for line in otherInterests %}
| INTERESTS --> |
{{line.category}} |
{{line.keyword}} |
<-- INTERESTS |
{% endfor %}


Perk-o-lator
Adjust offer letter terms accordingly to determine if a counter-offer is in order:
Comprehensive Compensation Caculator
Set ranges
Cash ranges
in cash ranges
Max Signing Bonus:
Min Signing Bonus:
Max Base Salary:
Min Base Salary:
Max Incentive Bonus:
Min Incentive Bonus:
Equity Ranges
in equity ranges
Max Signing Equity:
Min Signing Equity:
Max Earned Equity:
Min Earned Equity:
Max Incentive Equity:
Min Incentive Equity:
Perks ranges
in perks ranges
Max Stipends:
Min Stipends:
Max Benefits:
Min Benefits:
Max Retirement Savings:
Min Retirement Savings:


Subclass Benchmark to create your own benchmark runs. Methods starting with “bench_” get executed on a per-class.
Returns a set of ranges stepped exponentially from min to max by powers of base. Eg:
bench_exp(2, 16, 2) # => [2, 4, 8, 16]
# File lib/minitest/benchmark.rb, line 36 def self.bench_exp min, max, base = 10 min = (Math.log10(min) / Math.log10(base)).to_i max = (Math.log10(max) / Math.log10(base)).to_i (min..max).map { |m| base ** m }.to_a end
Returns a set of ranges stepped linearly from min to max by step. Eg:
bench_linear(20, 40, 10) # => [20, 30, 40]
# File lib/minitest/benchmark.rb, line 49 def self.bench_linear min, max, step = 10 (min..max).step(step).to_a rescue LocalJumpError # 1.8.6 r = []; (min..max).step(step) { |n| r << n }; r end
Specifies the ranges used for benchmarking for that class. Defaults to exponential growth from 1 to 10k by powers of 10. Override if you need different ranges for your benchmarks.
See also: ::bench_exp and ::bench_linear.
# File lib/minitest/benchmark.rb, line 62 def self.bench_range bench_exp 1, 10_000 end
Runs the given work, gathering the times of each run. Range and times are then passed to a given validation proc. Outputs the benchmark name and times in tab-separated format, making it easy to paste into a spreadsheet for graphing or further analysis.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm validation = proc { |x, y| ... } assert_performance validation do |n| @obj.algorithm(n) end end
# File lib/minitest/benchmark.rb, line 84 def assert_performance validation, &work range = self.class.bench_range io.print "#{self.name}" times = [] range.each do |x| GC.start t0 = Time.now instance_exec(x, &work) t = Time.now - t0 io.print "\t%9.6f" % t times << t end io.puts validation[range, times] end
Runs the given work and asserts that the times gathered fit to match a constant rate (eg, linear slope == 0) within a given threshold. Note: because we’re testing for a slope of 0, R^2 is not a good determining factor for the fit, so the threshold is applied against the slope itself. As such, you probably want to tighten it from the default.
See www.graphpad.com/curvefit/goodness_of_fit.htm for more details.
Fit is calculated by fit_linear.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm assert_performance_constant 0.9999 do |n| @obj.algorithm(n) end end
# File lib/minitest/benchmark.rb, line 128 def assert_performance_constant threshold = 0.99, &work validation = proc do |range, times| a, b, rr = fit_linear range, times assert_in_delta 0, b, 1 - threshold [a, b, rr] end assert_performance validation, &work end
Runs the given work and asserts that the times gathered fit to match a exponential curve within a given error threshold.
Fit is calculated by fit_exponential.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm assert_performance_exponential 0.9999 do |n| @obj.algorithm(n) end end
# File lib/minitest/benchmark.rb, line 154 def assert_performance_exponential threshold = 0.99, &work assert_performance validation_for_fit(:exponential, threshold), &work end
Runs the given work and asserts that the times gathered fit to match a straight line within a given error threshold.
Fit is calculated by fit_linear.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm assert_performance_linear 0.9999 do |n| @obj.algorithm(n) end end
# File lib/minitest/benchmark.rb, line 194 def assert_performance_linear threshold = 0.99, &work assert_performance validation_for_fit(:linear, threshold), &work end
Runs the given work and asserts that the times gathered fit to match a logarithmic curve within a given error threshold.
Fit is calculated by fit_logarithmic.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm assert_performance_logarithmic 0.9999 do |n| @obj.algorithm(n) end end
# File lib/minitest/benchmark.rb, line 174 def assert_performance_logarithmic threshold = 0.99, &work assert_performance validation_for_fit(:logarithmic, threshold), &work end
Runs the given work and asserts that the times gathered curve fit to match a power curve within a given error threshold.
Fit is calculated by fit_power.
Ranges are specified by ::bench_range.
Eg:
def bench_algorithm assert_performance_power 0.9999 do |x| @obj.algorithm end end
# File lib/minitest/benchmark.rb, line 214 def assert_performance_power threshold = 0.99, &work assert_performance validation_for_fit(:power, threshold), &work end
Takes an array of x/y pairs and calculates the general R^2 value.
See: en.wikipedia.org/wiki/Coefficient_of_determination
# File lib/minitest/benchmark.rb, line 223 def fit_error xys y_bar = sigma(xys) { |x, y| y } / xys.size.to_f ss_tot = sigma(xys) { |x, y| (y - y_bar) ** 2 } ss_err = sigma(xys) { |x, y| (yield(x) - y) ** 2 } 1 - (ss_err / ss_tot) end
To fit a functional form: y = ae^(bx).
Takes x and y values and returns [a, b, r^2].
See: mathworld.wolfram.com/LeastSquaresFittingExponential.html
# File lib/minitest/benchmark.rb, line 238 def fit_exponential xs, ys n = xs.size xys = xs.zip(ys) sxlny = sigma(xys) { |x,y| x * Math.log(y) } slny = sigma(xys) { |x,y| Math.log(y) } sx2 = sigma(xys) { |x,y| x * x } sx = sigma xs c = n * sx2 - sx ** 2 a = (slny * sx2 - sx * sxlny) / c b = ( n * sxlny - sx * slny ) / c return Math.exp(a), b, fit_error(xys) { |x| Math.exp(a + b * x) } end
Fits the functional form: a + bx.
Takes x and y values and returns [a, b, r^2].
See: mathworld.wolfram.com/LeastSquaresFitting.html
# File lib/minitest/benchmark.rb, line 283 def fit_linear xs, ys n = xs.size xys = xs.zip(ys) sx = sigma xs sy = sigma ys sx2 = sigma(xs) { |x| x ** 2 } sxy = sigma(xys) { |x,y| x * y } c = n * sx2 - sx**2 a = (sy * sx2 - sx * sxy) / c b = ( n * sxy - sx * sy ) / c return a, b, fit_error(xys) { |x| a + b * x } end
To fit a functional form: y = a + b*ln(x).
Takes x and y values and returns [a, b, r^2].
See: mathworld.wolfram.com/LeastSquaresFittingLogarithmic.html
# File lib/minitest/benchmark.rb, line 260 def fit_logarithmic xs, ys n = xs.size xys = xs.zip(ys) slnx2 = sigma(xys) { |x,y| Math.log(x) ** 2 } slnx = sigma(xys) { |x,y| Math.log(x) } sylnx = sigma(xys) { |x,y| y * Math.log(x) } sy = sigma(xys) { |x,y| y } c = n * slnx2 - slnx ** 2 b = ( n * sylnx - sy * slnx ) / c a = (sy - b * slnx) / n return a, b, fit_error(xys) { |x| a + b * Math.log(x) } end
To fit a functional form: y = ax^b.
Takes x and y values and returns [a, b, r^2].
See: mathworld.wolfram.com/LeastSquaresFittingPowerLaw.html
# File lib/minitest/benchmark.rb, line 305 def fit_power xs, ys n = xs.size xys = xs.zip(ys) slnxlny = sigma(xys) { |x, y| Math.log(x) * Math.log(y) } slnx = sigma(xs) { |x | Math.log(x) } slny = sigma(ys) { | y| Math.log(y) } slnx2 = sigma(xs) { |x | Math.log(x) ** 2 } b = (n * slnxlny - slnx * slny) / (n * slnx2 - slnx ** 2); a = (slny - b * slnx) / n return Math.exp(a), b, fit_error(xys) { |x| (Math.exp(a) * (x ** b)) } end
Enumerates over enum mapping block if given, returning the sum of the result. Eg:
sigma([1, 2, 3]) # => 1 + 2 + 3 => 7 sigma([1, 2, 3]) { |n| n ** 2 } # => 1 + 4 + 9 => 14
# File lib/minitest/benchmark.rb, line 326 def sigma enum, &block enum = enum.map(&block) if block enum.inject { |sum, n| sum + n } end
Returns a proc that calls the specified fit method and asserts that the error is within a tolerable threshold.
# File lib/minitest/benchmark.rb, line 335 def validation_for_fit msg, threshold proc do |range, times| a, b, rr = send "fit_#{msg}", range, times assert_operator rr, :>=, threshold [a, b, rr] end end
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OSHChip One product, Two views
OSHChip as a general purpose processor board
View 1: OSHChip_V1.0 is a unique combination of
- ARM Cortex-M0 32 bit processor running at 16 MHz
- 2.4 GHz Bluetooth Low Energy radio
- Broad range of built-in Peripheral functions
- 256 KBytes of Flash memory for program and data
- 32 KBytes of SRAM
- Minature packaging, compatible with bread board construction
- Support for in-system debugging including breakpoints
The most striking thing you see is that it is the size of a 16 pin DIP, and unlike other processor boards, it is designed from the start to be compatible with the white breadboards that are commonly used by electronic hobbyists, robotics projects, and oh so many hackaday projects. The pins are directly designed to work with these bread boards, and unlike the usual pin strips found on other processor boards, they plug in easily to the bread board, and don’t damage it. Unlike other processor boards that are far larger, OSHChip can be plugged into the middle two rows of a bread board, and it doesn’t cover the connected holes that you will be connecting to.
OSHChip_V1.0 is an Open Source Hardware design. It’s right there in the name. You can find all the schematics, bill of materials, printed circuit board design files and the resultant Gerber files here: https://github.com/OSHChip/OSHChip_V1.0_Docs
OSHChip as a platform for designing custom chips
View 2: You get to be a chip designer.
Imagine you wanted to design a chip. Nothing too fancy, but let’s including some general purpose digital inputs and outputs, some analog inputs, some counters, timers, or PWM, maybe able to talk to another chip over SPI or I2C, some storage for calibration constants, maybe a linearization table, and an on-board processor that can be programmed in C. While we are dreaming, lets also include a low power mode that only draws a microamp or two, can communicate with a UART to a terminal program on your computer, and lets add in a 2.4 GHz radio that can operate with the Bluetooth Low Energy protocol to smart phones, like Android phones and iDevices.


A motion graphics
Community
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5 hours ago by Vasil H
Need to model 3d robot head, 5 hours hours deadline. You will get all the details on our page.
5 hours ago by Vasil H
Need to model 3d robot head, 5 hours hours deadline. You will get all the details on our page.
5 hours ago by Vasil H
Need to model 3d robot head, 5 hours hours deadline. You will get all the details on our page.
5 hours ago by Vasil H
Need to model 3d robot head, 5 hours hours deadline. You will get all the details on our page.
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5 hours ago by Vasil H
Need to model 3d robot head, 5 hours hours deadline. You will get all the details on our page.


{% extends 'default.html' %} {% block pageTitle %} Covid-19 {% endblock %} {% block content %} Home Health A to Z Coronavirus (COVID-19) Self-isolation Self-isolation How you should Self-isolate Difference between, Self-isolation, lockdown rules and shielding The rules for self-isolating How you prepare for Self-isolation When to start and stop Self-isolation How to look after yourself at home if you have coronavirus How to avoid spreading coronavirus to people you live with Breaking Self-isolation {% endblock %}
Self-isolation
Difference between, Self-isolation, lockdown rules and shielding


2014 Reunion
18 Feb 2014It's fast approaching… Don't miss out. Save the Date: July 25th - July 27th 2014!Join us for our 2014 Reunion/Convention Weekend in Maryland from **Friday, July 25th - Sunday July 27th 2014.**
It's fast approaching… Don't miss out. Save the Date: July 25th - July 27th 2014!Join us for our 2014 Reunion/Convention Weekend in Maryland from **Friday, July 25th - Sunday July 27th 2014.**
Get dialed in… Join us for our next Monthly meeting on Saturday, March 8 2014 The F.G.G.C. Onitsha - USA and Canada alumni branch invites you to its monthly meeting on the 2nd Saturday of every month.
Yes!! We made it! After two years of planning and a lot of collaborative effort, our alma mater, FGGC Onitsha, has received the school bus donated by the FGGC Onitsha USA/Canada Alumni Chapter.


3 Beds | 1.5 Baths | 1,437 Sqft | 0.12 Acres
3 Beds | 3 Baths | 2,392 Sqft | 0.14 Acres
1 Beds | 1 Baths | 723 Sqft | N/A Acres


--- layout: documentation title: HTTPResponseHeaderType ---
The HTTPResponseHeaderType captures the raw or parsed header of an HTTP response.
| Field Name | Type | Description |
|---|---|---|
| Raw_Header0..1 | StringObjectPropertyType |
The Raw_Header field captures the HTTP response header as a raw, unparsed string. |
| Parsed_Header0..1 | HTTPResponseHeaderFieldsType |
The Parsed_Header field captures the HTTP response header as a set of parsed HTTP header fields. |


He isn't particularly tall or athletic to be an NBA player. When you look at Steph Curry, the first thing that comes to mind might just be that "hey, he looks kind of like a kid amongst men". And honestly, that's why I appreciate Steph so much as a player. He epitomizes the principles of hardwork and perseverence, and I look to him as a lesson on how to achieve true greatness.


trace = [return]
1*received
return = “Return-Path:” path CRLF
path = ([CFWS] “<” ([CFWS] / addr-spec) “>” [CFWS]) /
obs-path
received = “Received:” name-val-list “;” date-time CRLF
name-val-list = [CFWS] [name-val-pair *(CFWS name-val-pair)]
name-val-pair = item-name CFWS item-value
item-name = ALPHA *([“-”] (ALPHA / DIGIT))
item-value = 1*angle-addr / addr-spec /
atom / domain / msg-id
subject = “Subject:” unstructured CRLF
The Comments field inherits from UnstructuredField and handles the Comments: header field in the email.
Sending comments to a mail message will instantiate a Mail::Field object that has a CommentsField as it’s field type.
An email header can have as many comments fields as it wants. There is no upper limit, the comments field is also optional (that is, no comment is needed)
mail = Mail.new mail.comments = 'This is a comment' mail.comments #=> 'This is a comment' mail[:comments] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail['comments'] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail['comments'] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail.comments = "This is another comment" mail[:comments].map { |c| c.to_s } #=> ['This is a comment', "This is another comment"]
keywords = “Keywords:” phrase *(“,” phrase) CRLF
encoding: utf-8
The following is an adaptation of ruby 1.9.2’s shellwords.rb file, it is modified to include ‘+’ in the allowed list to allow for sendmail to accept email addresses as the sender with a + in them
This is an almost cut and paste from ActiveSupport v3.0.6, copied in here so that Mail itself does not depend on ActiveSupport to avoid versioning conflicts
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
Autogenerated from a Treetop grammar. Edits may be lost.
The Envelope class provides a field for the first line in an mbox file, that looks like “From<EMAIL_ADDRESS>DATETIME”
This envelope class reads that line, and turns it into an Envelope.from and Envelope.date for your use.
Receive all emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 169 def self.all(*args, &block) retriever_method.all(*args, &block) end
# File lib/mail/mail.rb, line 189 def Mail.connection(&block) retriever_method.connection(&block) end
Sets the default delivery method and retriever method for all new Mail objects. The delivery_method and retriever_method default to :smtp and :pop3, with defaults set.
So sending a new email, if you have an SMTP server running on localhost is as easy as:
Mail.deliver do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'hi there!' body 'this is a body' end
If you do not specify anything, you will get the following equivalent code set in every new mail object:
Mail.defaults do delivery_method :smtp, { :address => "localhost", :port => 25, :domain => 'localhost.localdomain', :user_name => nil, :password => nil, :authentication => nil, :enable_starttls_auto => true } retriever_method :pop3, { :address => "localhost", :port => 995, :user_name => nil, :password => nil, :enable_ssl => true } end Mail.delivery_method.new #=> Mail::SMTP instance Mail.retriever_method.new #=> Mail::POP3 instance
Each mail object inherits the default set in Mail.delivery_method, however, on a per email basis, you can override the method:
mail.delivery_method :sendmail
Or you can override the method and pass in settings:
mail.delivery_method :sendmail, { :address => 'some.host' }
You can also just modify the settings:
mail.delivery_settings = { :address => 'some.host' }
The passed in hash is just merged against the defaults with merge! and the result assigned the mail object. So the above example will change only the :address value of the global smtp_settings to be ‘some.host’, keeping all other values
# File lib/mail/mail.rb, line 104 def self.defaults(&block) Configuration.instance.instance_eval(&block) end
Delete all emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 180 def self.delete_all(*args, &block) retriever_method.delete_all(*args, &block) end
Send an email using the default configuration. You do need to set a default configuration first before you use self.deliver, if you don’t, an appropriate error will be raised telling you to.
If you do not specify a delivery type, SMTP will be used.
Mail.deliver do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'This is a test email' body 'Not much to say here' end
You can also do:
mail = Mail.read('email.eml') mail.deliver!
And your email object will be created and sent.
# File lib/mail/mail.rb, line 137 def self.deliver(*args, &block) mail = self.new(args, &block) mail.deliver mail end
Returns the delivery method selected, defaults to an instance of Mail::SMTP
# File lib/mail/mail.rb, line 109 def self.delivery_method Configuration.instance.delivery_method end
Find emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 145 def self.find(*args, &block) retriever_method.find(*args, &block) end
Finds and then deletes retrieved emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 151 def self.find_and_delete(*args, &block) retriever_method.find_and_delete(*args, &block) end
Receive the first email(s) from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 157 def self.first(*args, &block) retriever_method.first(*args, &block) end
# File lib/mail/mail.rb, line 227 def self.inform_interceptors(mail) @@delivery_interceptors.each do |interceptor| interceptor.delivering_email(mail) end end
# File lib/mail/mail.rb, line 221 def self.inform_observers(mail) @@delivery_notification_observers.each do |observer| observer.delivered_email(mail) end end
Receive the first email(s) from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 163 def self.last(*args, &block) retriever_method.last(*args, &block) end
Allows you to create a new Mail::Message object.
You can make an email via passing a string or passing a block.
For example, the following two examples will create the same email message:
Creating via a string:
string = "To<EMAIL_ADDRESS>string << "From<EMAIL_ADDRESS>string << "Subject: This is an email\r\n" string << "\r\n" string << "This is the body" Mail.new(string)
Or creating via a block:
message = Mail.new do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'This is an email' body 'This is the body' end
Or creating via a hash (or hash like object):
message = Mail.new({:to =><EMAIL_ADDRESS>'from' =><EMAIL_ADDRESS>:subject => 'This is an email', :body => 'This is the body' })
Note, the hash keys can be strings or symbols, the passed in object does not need to be a hash, it just needs to respond to :each_pair and yield each key value pair.
As a side note, you can also create a new email through creating a Mail::Message object directly and then passing in values via string, symbol or direct method calls. See Mail::Message for more information.
mail = Mail.new mail.to =<EMAIL_ADDRESS>mail[:from] =<EMAIL_ADDRESS>mail['subject'] = 'This is an email' mail.body = 'This is the body'
# File lib/mail/mail.rb, line 48 def self.new(*args, &block) Message.new(args, &block) end
Reads in an email message from a path and instantiates it as a new Mail::Message
# File lib/mail/mail.rb, line 174 def self.read(filename) self.new(File.open(filename, 'rb') { |f| f.read }) end
Instantiates a new Mail::Message using a string
# File lib/mail/mail.rb, line 185 def Mail.read_from_string(mail_as_string) Mail.new(mail_as_string) end
You can register an object to be given every mail object that will be sent, before it is sent. So if you want to add special headers or modify any email that gets sent through the Mail library, you can do so.
Your object needs to respond to a single method delivering_email(mail) which receives the email that is about to be sent. Make your modifications directly to this object.
# File lib/mail/mail.rb, line 215 def self.register_interceptor(interceptor) unless @@delivery_interceptors.include?(interceptor) @@delivery_interceptors << interceptor end end
You can register an object to be informed of every email that is sent through this method.
Your object needs to respond to a single method delivered_email(mail) which receives the email that is sent.
# File lib/mail/mail.rb, line 202 def self.register_observer(observer) unless @@delivery_notification_observers.include?(observer) @@delivery_notification_observers << observer end end
Returns the retriever method selected, defaults to an instance of Mail::POP3
# File lib/mail/mail.rb, line 114 def self.retriever_method Configuration.instance.retriever_method end
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1234 Austin Drive, Austin TX 77001
Homeowner:
Martha S.
Phone:
123-456-7890
Status:
Active
Inspection
Maintenance
Cleaning


Title Person's Name
Some Facts
- The Gioconda was painted between 1503 and 1519 (Wikipedia)
- Before the 1962–1963 tour, the painting was assessed for insurance at $100 million (equivalent to $660 million in 2019), making it, in practice, the most highly-valued painting in the world


|
CMSIS-Pack
Version 1.5.0
Delivery Mechanism for Software Packs
|
Group to list description elements that define component classes and component group names used within a package description. This element is optional.
Example:
| Parent Element | Element Chain | ||
|---|---|---|---|
| package | /package | ||
| Child Elements | Description | Type | Occurrence |
| description | Describes or defines a component class or class-group combination. | TaxonomyDescriptionType | 1..* |
This element describes a component class or the combination between a component class and a component group. Components are categorized by Cclass and Cgroup. The creator of a package can define names for Cclass and Cgroup. Thus, configuration tools can display the set of available components. A document can be referenced using the attribute doc. The attribute generator can be used to reference to a generator tool. The id of the generator needs to be the same as specified in the element /package/generators/generator. The description itself is a string entered between the opening and closing tags of the element description.
It is recommended to use an already agreed taxonomy for interchangeable components. For example, the combination of class CMSIS and group Startup is defined for the device-specific CMSIS-Core (Cortex-M) files.
Example:
< (less than) > (greater than) : (colon) " (double quote) / (forward slash) \ (backslash) | (vertical bar or pipe) ? (question mark) * (asterisk)
| Parent Element | Element Chain | ||
|---|---|---|---|
| taxonomy | /package/taxonomy element | ||
| Attributes | Description | Type | Use |
| Cclass | Component Class Name. Can be defined by the creator of the package. Predefined values can be used as listed in the table Component Classes. | Cclass | required |
| Cgroup | Component Group Name. Can be defined by the creator of the package. Predefined values can be used as listed in the table Component Groups. | CgroupType | optional |
| doc | Reference to documentation. | xs:string | optional |
| generator | Reference to a generator. Enter the id value of the element /package/generators/generator. | xs:string | optional |
Component Class names are strings with a minimum length of 3 characters and a maximum length of 32 characters. Component class names are specified in the section /package/taxonomy/description.
These values can be used in the elements:
Example:
The table lists predefined Component Classes.
| Cclass= | Description |
|---|---|
| Board Support | Components providing interfaces for Evaluation and Development Boards |
| CMSIS | Components defined by Cortex Microcontroller Software Interface Standard (e.g. CMSIS-Core (Cortex-M), CMSIS-DSP and CMSIS-RTOS) |
| Device | Components containing device specific implementations of non-standard APIs (e.g. HAL drivers, CMSIS Startup files) |
| CMSIS Driver | Components implementing unified device drivers compliant to CMSIS-Driver (e.g. UART, SPI, USB, etc.) |
| File System | Components implementing some kind of File Systems (e.g. Flash or RAM based file systems) |
| Graphics | Components implementing some kind of Display and Graphics Software |
| Network | Components implementing some kind of Network Communications (e.g. TCP/IP Stack) |
| USB | Components implementing some kind of USB interfaces (e.g. Host and Device interfaces) |
| Compiler | Components implementing Compiler specific interfaces (e.g. Retargeting) |
| RTOS | Components implementing some kind of Real-time Operating System (e.g. FreeRTOS, Micrium Real Time Kernel) |
Component Group names are specified by the element Cgroup and create categories within a Component Class specified by the element Cclass. The creator of the PACK can define the names in the element /package/taxonomy/description. A Component Group name is string with a length between 3 and 32 characters.
Example:
Component Groups can be used in the elements:
The table lists predefined values for the Component Class Cclass="CMSIS". No other Component Groups have been defined so far.
| Cgroup= | Description |
|---|---|
| Core | A component containing device support in accordance to the CMSIS-Core (Cortex-M) specification (startup, system and device files) |
| DSP | A component implementing the CMSIS-DSP API specification. |
| RTOS | A component implementing the CMSIS-RTOS API specification. |


Alpha Meal
insertname99
The Sushi Bar
Location: 14 Scotts Road, #04-28, Far East Plaza, Singapore 228213
Cuisine: Sushi, Japanese Restaurants
Price: $$
400m away.
Get me there!
Make a reservation
Add to list


There is no service implemented to easily share notebooks, either between EUCP users or with the outside world. This may happen in the future, but for now, users will have to make their own arrangements. It can, however, be straightforward to arrange this yourself.
Internally
Users are grouped by institutions, and their *nix permissions follow this.
This means that people from the same institute can peek at each other codes (through ssh or the Lab terminal), but not further out.
You can see your group by starting the Lab terminal and typing groups
(all commands below should be executed in the terminal).
This should lists all the groups your account belongs to, with the first group being the main group.
Alternatively, type ls -la
and you’ll get an overview of the files in your directory, together with their permission, owners and group owners.
Files will be owned by your account, except for the parent directory (..
), which is owned by root.
You’ll see that the permissions are generally -rw-r-----
(directories have an additional x
).
This means these files are read- and writeable by you, and only readable by your group.
Others (that is, outside your group), can’t read or write anything.
If you want to make a file readable for others (but still internal on the EUCP server), add read permission to the file:
chmod o+r myfile.txt
This adds read (r
) permission to others (o
).
Similarly, prevent fellow group users from reading your files, remove the group read permission:
chmod g-r myfile.txt
In the first case, you will also need to make your home directory readable for other users:
chmod o+rx .
The single dot .
indicates your current (home) directory, and directories also need to be executable (x
) to be able to view them.
To actually access other people’s directories, use the special _users
directory.
Don’t remove this _users
(nor the _data
) special directory (you actually can’t)!
It exists, because if you would change to the parent directory from your home directory, you’ll be stuck in your Jupyter container.
There is only one user in that container (plus a default Jupyter user, jovyan
), and you will not see the other users.
The _users
directory corresponds to the actual base directory of the underlying virtual machine, and let’s you connect to other user’s directories.
Similarly, the _data
directory leads directly to the data volume that has all the datasets.
Both these special directories are mounted read-only into the container.
Externally
For external sharing, either publicly or privately among a small set of collaborators, a service like GitHub or GitLab may be useful. Both allow one to set up a private repository for free, and then let collaborators access them. GitHub has a limit on the number of collaborators for a free private repository, GitLab does not. Below is a suggested workflow for sharing with a set of people, using GitLab.
Two bonus conveniences of using GitHub or GitLab:
-
both render notebooks automatically. If you include the output in the notebook, they will show the rendered notebook with output. Note that GitHub and GitLab don’t run the actual notebook, they just the contents (except for rendering Markdown cells).
-
It is easy to open up a private repository to the world. Once you’re happy with your notebook, and have perhaps published the results, it is a simple permission change to make a repository public, so that people can actually see your analysis and follow along.
Note that their are multiple other ways to share documents, whether they are notebooks, scripts or texts, such as Google Drive and variants. The GitHub/GitLab option is highlighted, because it may introduce people unfamiliar with git and services like GitHub to them. While it will not always be the best option, it can, for example, be practical in case things start to expand beyond a simple notebook file, as it will keep things all in one place, and have the option to revert back to a previous working version in case mistakes were introduced.
Sharing notebooks with GitLab
This assumes you have an account for GitLab; GitLab allows people to (also) register an account with their Google, Twitter, Bitbucket of GitHub(!) account, if you don’t want to yet make a new account.
Once signed in, create a new repository (green button top right). Give it a logical and practical name, and check the other settings (by default, it should be set up to be a private project, which is likely what you want). Check the "Initialize repository with a README" box, and click "Create project".
The next page shows the new project’s repository. If you want to edit the readme file, click it and you have the option to edit it (button in the center of the menu to the right). If you do that, don’t forget to click the green "Commit changes" button at the bottom of the text editor.
You can navigate back to the main repository page near the top, where there’ll be a breadcrumb navigation indicating <your account> → <your project> → repository. Click the project name: the README should be rendered automatically near the bottom of the page.
Somewhere a few lines below the top, you should find a line like [master] <project> / +v
(GitLab has a somewhat overhelming interface).
Click the dropdown +
button, and select "upload file".
This is where you can upload your notebook file.
Keep in mind that this is uploaded from your local machine, so you may have to download the file from the JupyterHub first.
We may try and improve this workflow in the future.
Once uploaded, give it some time, and if all worked well, GitLab should automatically render a preview of your notebook, for ease of viewing.
You’re done: you have your notebook in a private repository on GitLab. Now to share it with selected people.
Adding a collaborator
Make sure your at the page of your repository first. To add a collaborator, go to "settings" at the bottom in the left side bar. Select "members" from the menu, and search for people to invite and give access to your repository. Usually, this is done by typing "@" and then their GitLab user name. Reporter or Developer are the best roles to give (Guest is somewhat limited).
Once added to the repository, people can now browse it and fork or clone it, or simply download the notebook file themselves, while it is otherwise still private to the outside world.
Note that the collaborator applies to the whole repository. If you have another notebook that you’d like to share with a different set of people, you should create a new repository for this. On the other hand, if you have multiple notebooks (or other scripts, programs or texts) that you’d like to share with the same set of people, you can add them to the current repository.


BE SAFE. BE
RESPONSIBLE.
REDUCE DISEASE TRANSMISSION.
#BowDontShake
The handshake adds a needless and dangerous vector for disease
transmission, not only for Coronovirus (COVID19). With your
help we can change this cultural practice to a safer,
healthier alternative -- not only during the COVID-19
pandemic, but permanently in all healthcare settings. A
brief, slight bow is already understood throughout the world
as a friendly respectful greeting. See also how bowing
compares with other handshake
alternatives.
All of the following graphcs are
CC0 licensed for free unlimited use.
Posters and other printables
|
|
PDF, in inches: 11x8.5 17x11 24x18 36x24 |
| PDF, in inches: 8.5x11 Not yet available: 11x17 18x24 24x36 |
|
| |
PDF, in inches: 11x8.5 17x11 24x18 36x24 |
| |
PDF, in inches: 8.5x11 Not yet available: 11x17 18x24 24x36 |
Other graphics
| With website URL, good for email and
general use, PNG, sizes in pixels: 754x520
600x414
500x345 400x276 |
|
| |
Screen saver, PNG 1600x900 pixels: yellow or white |
| |
Green circle bow, PNG, sizes in pixels: 341x335 |
| |
Graphic only, PNG, sizes in pixels 811x359
|
This site was created by David Booth and Rafael Richards:
All opinions are those of the author(s) and do not
necessarily reflect those of their employer(s).
The "Bow, don't shake" slogan was coined several years ago by David Booth, after observing how nonsensical it was that healthcare workers were shaking hands both with each other and with patients. This site was created at the beginning of the COVID-19 pandemic, when we realized that the message would finally resonate with the public. The purpose of the message is to permanently eliminate the practice of shaking hands in all healthcare environments.
This website is maintained
on github. If you would like to contribute,
contact<EMAIL_ADDRESS>or clone the github site and issue a pull request. All
contributed content must be public domain or licensed for free
unlimited use, such as a
CC0 license.
Questions or suggestions? Contact<EMAIL_ADDRESS>.
v68


St. Bonaventure to wear Final Four throwbacks vs. Canisius
St. Bonaventure's men's basketball team will wear throwback uniforms honoring the Final Four team from 1970 for Saturday's game against Canisius in KeyBank Center.
The uniforms were worn during the late 1960s and early 1970s.
St. Bonaventure said it partnered with Adidas to re-create the look of the Final Four team with brown, white and gold.
Saturday's game is the 168th meeting between Canisius and Bona and the 73rd time the rivalry has taken place in KeyBank Center or the Aud.
The Bonnies also will wear the throwbacks Dec. 7 against Hofstra for the reunion of the Final Four team at the Reilly Center.


We are down. Sorry. Watch the movie and
read about the project
until we are up.
Terrafab
from
Even Westvang
on
Vimeo
.


Monkeys are furry animals with long, fur-covered tails and hands with thumbs. There are more than 260 different species of monkeys in the world. Monkey is a common name that may refer to groups or species of mammals, in part, the simians of infraorder Simiiformes.
There are a few characteristics that are different between the Old
World and New World monkeys:
The noses of New World monkeys are flatter than the narrow noses of
the Old World monkeys, and have side-facing nostrils. Old World
monkeys don’t have prehensile tails; New World monkeys do. Old World
monkeys have cheek pouches, where food is stuffed on the run so it can
be chewed later; New World monkeys don’t have cheek pouches. Old World
monkeys have sitting pads on their rumps, but New World monkeys do
not.
Monkeys generally reside in forests, high plains, grasslands and mountains. The lifespan of a monkey is 10 to 50 years, depending on the species.


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| Aws Video Bucket Name | {{instance.aws_video_bucket_name}} |
| Contact User Registration Email Text | {{instance.contact_user_registration_email_text}} |
| Contact User Registration Subject | {{instance.contact_user_registration_subject}} |
| Forgot Password Email Text | {{instance.forgot_password_email_text}} |
| Forgot Password Subject | {{instance.forgot_password_subject}} |
| From Email | {{instance.from_email}} |
| Sms Phone Number | {{instance.sms_phone_number}} |
| Survey Completion Email Subject | {{instance.survey_completion_email_subject}} |
| Survey Completion Email Text | {{instance.survey_completion_email_text}} |
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| Survey Notification Subject | {{instance.survey_notification_subject}} |
| Terms And Conditions | {{instance.terms_and_conditions}} |


Windows and Dialogs have never been so easy. New version 1.2.1
Added: gridX and gridY constructor's options to snap move and resize
Added: Effect on modal overlay (fade/appear) only if effects.js in included.
You can change effect options (Windows.overlayShowEffectOptions and Windows.overlayHideEffectOptions).
Fixed: Multimodal mode.
Fixed: Works on WebKit.
Beta: effects on minimize and maximize. You need to include window_effects.js to have them.
Check out samples/constraint.html from the distrib (also on samples page).
If it's not your first visit, and if you have any troubles with samples, clear your cache.
Welcome to Prototype Window Class (PWC)
Windows and Dialogs have never been so easy.
New version 1.2.1
Added: gridX and gridY constructor's options to snap move and resize
Added: Effect on modal overlay (fade/appear) only if effects.js in included.
You can change effect options (Windows.overlayShowEffectOptions and Windows.overlayHideEffectOptions).
Fixed: Multimodal mode.
Fixed: Works on WebKit.
Beta: effects on minimize and maximize. You need to include window_effects.js to have them.
Check out samples/constraint.html from the distrib (also on samples page).
If it's not your first visit, and if you have any troubles with samples, clear your cache.


Polonius and Laertes are characters in Shakespeare’s Hamlet. I encourage the study of classics such as Hamlet since we have a lot to learn from them. The play is a tragedy, set in Denmark, where Prince Hamlet seeks to avenge the death of his father who was murdered by his brother Claudius. Afterward, Claudius became the king. The plot is about this regicide.
Polonius was the silly man of the kingdom (tedious old fool as described by Prince Hamlet) and the chief counselor of Claudius. Laertes is the son of Polonius and Laertes is leaving for France. In this scene, Shakespeare’s ability appears in Polonius’s advice to Laertes before his departure for France. In other words, Shakespeare surprises us when he makes wise words come from the silliest person in the kingdom, Polonius. The advice can be divided into 8 recommendations.
- 1 - Don’t say what you’re thinking, and don’t be too quick to act on what you think.
- 2 - Be friendly to people but don’t overdo it.
- 3 - Once you’ve tested out your friends and found them trustworthy, hold onto them. But don’t waste your time shaking hands with every new guy you meet.
- 4 - Don’t be quick to pick a fight, but once you’re in one, hold your own.
- 5 - Listen to many people, but talk to a few.
- 6 - Wear clothes according to your income, without ever being extravagant.
- 7 - Don’t borrow money and don’t lend it, since when you lend to a friend, you often lose the friendship as well as the money, and borrowing turns a person into a spendthrift.
- 8 - Be true to yourself. Then you won’t be false to anybody else
What do these recommendations teach us, considering the contemporary world? Social networks dominate the online space, where many people talk and few listen. My experience says that being a good listener is to be strategic, an opportunity to better reflect on your own opinions (considering other perspectives) before saying something. Nothing more could fit better than recommendations 1 and 5, which teach us that listening to others and controlling what we say is essential.
On Instagram, several people post pictures of the life they want to have (but they usually don’t have). Buddhist wisdom tells us that desire leads to suffering. Why should we expose a character on Instagram instead of showing who we really are? We are constantly making existential marketing and it seems that we are a product to be sold. Recommendations 2, 6 and 8 remind us about the importance of vanity control and self-knowledge. In Polonius’s opinion, there is no reason to look like someone that we are not. In addition, knowing yourself is fundamental to not deceiving ourselves with “social likes” that just stimulate the character we build on social networks.
Recommendation 4 is about conflicts. Social networks are unlimited sources of confusion. So, recommendation 4 indicates that we should avoid a state of discord. It is obvious but necessary to point out it. Finally, recommendations 3 and 7 are about friendship. Polonius warns that we should value the friends we already have. It is good to know that friendship is not the number of friends that someone has on a social network. Friendship needs to be cultivated and it takes time. Throughout life, you are likely to have few friends. On the other hand, Polonius recommends not mixing money with friendship. He probably knows well human nature especially when financial issues are involved.
As a data scientist, I always see social networks as objects of study, looking for metrics, models, and promising analysis usually in a quantitative way. However, a classic like Hamlet seems that was written last week, allowing us to make good connections with reality and enrich our background. There is a subjective factor in these connections that make each read particular with distinct insights. Hamlet is a classic because it reports things that you live (or lived) without you being completely aware of it. This is the power of the classics. My advice to you: read timeless classics books and enjoy the experience.


Oceanographers created an algorithm that transforms underwater photos and reveals their amazing true colors
by Isobel Asher Hamilton, Business Insider US- Underwater photos are often blue-tinted because of the way light bends in water, obscuring the incredibly vibrant colors of ocean flora and fauna.
- Researchers Derya Akkaynak and Tali Trebitz created a color-correcting algorithm that reveals the true colors of corals, fish, and other marine life.
- Akkaynak told Business Insider she hopes the technology can enable a new wave of artificial intelligence-driven image analysis, as AI has historically had trouble analyzing underwater images.
- Visit Business Insider’s homepage for more stories.
Scientists have created a computer algorithm that can take an underwater photograph and automatically readjust its colors to compensate for the distorting effect of water on light.
Researchers Derya Akkaynak and Tali Trebitz started work on the technology – called Sea-thru – more than three years ago. Akkaynak told Business Insider via email that Sea-thru’s mission is to enable huge, artificial intelligence-powered analysis of underwater images.
The algorithm effectively adjusts underwater images to make them look like they were taken in broad daylight, making them easier for AI software to analyze.
“On underwater images, AI methods generally perform poorly or inconsistently, because water degrades images too severely for automated analysis,” she said.
This often means marine scientists have to manually pore through photographs to analyse what images they’ve captured, which can turn out to be a really gargantuan task.
“It is not uncommon that they come back to the lab with hundreds to thousands from a single dive. Only a tiny fraction of those images ever get analyzed, because on average, it takes a human expert two hours to identify and count fish in a video that is one hour long,” she said.
Trebitz, who established the University of Haifa’s marine-imaging lab, added that the way light is distorted in water can be hard to notice when you’re diving because the human brain adjusts to it.
“We are both avid divers, and when you dive the human brain amazingly compensates for the water effects. So there are situations where you dive and experience a tremendously rich and colorful environment, but when you look at the pictures you acquired after the dive they look dull and blue, and you know that there is more there than what is actually visible in the images,” she said.
In 2015 while at the University of Haifa in Israel, Akkaynak realised discovered that scientists were using color-correction equations designed to be used in the atmosphere.
“Once I discovered that, I formulated a (more) physically accurate equation specifically for the ocean, and that equation (called the Akkaynak-Treibitz model) is the real breakthrough that led to the Sea-thru algorithm,” she said.
Akkaynak tested the algorithm by placing color charts next to underwater objects. She then ran the photo through Sea-thru and was able to see if the chart had been altered back to its correct colors. The finished Sea-Thru product doesn’t need color charts to function.
Sea-thru could have a wide range of uses according to Akkaynak. “It takes away the need to carry artificial lights, which means less expense and gear to carry for many photographers,” she said, adding that Sea-thru can reach further than most strobe lights, which illuminate about one meter ahead in water.
“I see it as a module in Photoshop, integrated into consumer cameras, and even diving masks,” she added.
Most importantly though, Akkaynak thinks Sea-thru could enable a new AI-driven wave of marine data analysis, even though Sea-thru itself doesn’t use any AI.
“When these images (e.g. surveys of reefs, seafloor, fish stocks) are pre-processed with Sea-thru, scientists will then be able to use existing powerful computer vision and machine-learning methods to be able to count, identify, segment, and classify animals and other objects in them. This is why I see Sea-thru as the start of the AI boom in marine science,” she said.
With modern science knowing more about the surface of the moon than it does about the depths of the ocean, Sea-thru could be the key to some extraordinary future scientific discoveries.


ZATTEX
Search around 10,356,35 items are waiting to be sold
Type
Price Range
1139 results electronics products
Asus Laptop
$587
Asus laptops come in a wide range of options that features powerful processors, high-capacity RAM, impressive audio output and come in sleek and slim designs.
Supplier Asus
29 Oct, 2020
Apple Iphone
$794
The phone comes with a 3.50-inch display with a resolution of 320x480 pixels. Apple iPhone is powered by a 412 MHz one-core processor. It comes with 128MB of RAM.
Supplier Apple
29 Oct, 2020
Canon Camera
$1099
The Canon EOS 60D is an 18.1 megapixels semi-pro digital single-lens reflex camera made by Canon. It is the successor of the EOS 50D and is the predecessor of the EOS 70D.
Supplier Asus
29 Oct, 2020
Samsung Tv
$857
Samsung offers LED TVs like HD TV, The Frame TV, Full HD TV, 4K UHD TV, QLED 8K TV, QLED 4K TV, Curved TV, Smart TV etc..
Supplier Asus
29 Oct, 2020
1
2
3


Maruti Admin
5
Profile
Messages
5
new message
inbox
outbox
trash
Settings
Logout
Common Elements
Dashboard
Charts & graphs
Widgets
Tables
Full width
Forms
3
Basic Form
Form with Validation
Form with Wizard
Buttons & icons
Eelements
Addons
4
Dashboard2
Gallery
Calendar
Chat option
Home
Form elements
Common elements
Common Form Elements
Personal-info
First Name :
Last Name :
Password input
Company info :
Description field:
Description field
Message
Save
Form Elements
Select input
First option
Second option
Third option
Fourth option
Fifth option
Sixth option
Seventh option
Eighth option
Multiple Select input
First option
Second option
Third option
Fourth option
Fifth option
Sixth option
Seventh option
Eighth option
Radio inputs
First One
Second One
Third One
Checkboxes
First One
Second One
Third One
File upload input
Disabled Input
Save
Form Elements
Color picker (hex)
Color picker with Formate of (hex)
Color picker (rgba)
Color picker with Formate of (rgba)
Date picker (dd-mm)
Date with Formate of (dd-mm-yy)
Date Picker (mm-dd)
Color Picker (rgb)
Color Picker (hex)
Save
Reset
Edit
Cancel
Form Elements
Tooltip Input
Type ahead Input
Prepended Input
#
Appended Input
$
Input with warning
Something may have gone wrong
Input with error
Please correct the error
Input with info
Username is already taken
Input with success
Woohoo!


New Rules Regarding The Use of Spares
Spares
Policy draft Nov. 17, 2015
The
Issue
The Kanata Masters League is currently well
balanced, 2 points separates second and sixth place in
the standings. We are however getting many negative comments and
frustration that the outcome of some games is determined by elite spares added
to the roster. Every team has enjoyed the supercharging of adding an elite
spare as well as the sting of losing to a supercharged team.
Let's�call it a draw and fix the problem.
Spares Policy
Captains are obliged to run a tight ship and to put the onus on
players to inform
them well in advance that they will miss a game. (shit happens that is why we
can grab spares at game time, this should be the exception not the rule)
Players the onus is on you to notify your captain if you will be
missing a game,
it resolves many issues if you do. Players if asked to spare at the last minute
please help out the league and spare.
For health and safety reasons we encourage
teams to play with a minimum of 10 skaters with 9 as your absolute
minimum.If a team at game time has less
than 9 players, the opposing team should loan them players as practical, or
they may approve the use of an elite player.
*** should they forfeit the
game??Spares may come from the spares list or from team
rosters, all players are rated 1 to 10, these ratings are also utilized when
setting up balanced teams.
1. Roster Players are divided into 3
catagories for spares purposes
Elite players rated 9 or 10 cannot spare.
Restricted players rated 8 may spare with the
following caveat, the team requiring the spare must be missing at least 1
player rated 8 or higher and if a second spare is required they must use a
spare rated 7 or lower.
Regular players rated 7 or
below who have no restrictions to spare.
2.Spares List Players
The league maintains a list of players who have
indicated that they wish to spare in the Masters. These players are also rated and
classified as either Restricted
(8 and above ) or Regular (1-7)
Process to
Request Spares
Request for spare must be sent to the spares
coordinator prior to the day of the game, with a copy to the opposing
captain.Please state which players you
are missing, and if you require a defenceman or forward, an attempt to provide
a suitable spare will be made.
If a spare is assigned they will play, even if a
missing player unexpectedly shows up.If
the player (rated 8 or higher) happens to show up the spare will be offered
first to the other team.
4.Game day requests for spares
Captains will be provided a contact list for both Roster
and Spare players and on game day they are responsible to find suitable spares
and to notify the opposing captain. On
game day including game time spares you may only use regular players (rated 1
to 7),� this puts further onus on players
to keep their captains informed if they are missing a game.
Priority should be given to:
Captains must notify opposing captain before game
who is sparing.
5.Spare Goalies
Captains are responsible to find their own spare
goalies, a list of goalies wishing to spare has been provided.Teams with low rated
goalies should only ask the
high ranked goalies to spare as a last resort, in keeping with the philosophy
of a balanced league.As always keep the
opposing captain informed.
6.Cost to spare
Players from the Spares List pay $10 game and it is a great way to
introduce the players to our league and for the league to observe if they are a
good fit. Most of our new players are first introduced as a spare, it
is an excellent feeder system.
Note roster players and goalies do not pay to
spare.
�
Spares In the
Playoffs
Historically captains have agreed just prior to the
playoffs to tighten up who can spare and exclude certain goalies .
|


{% extends "layout.html" %} {% block body %} {% if session.logged_in %}
Confirm that you want to the door.


Go (1999)
Director: Doug Liman Cast: Desmond Askew, Taye Diggs, William Fichtner, J.E. Freeman, Katie Holmes, Jane Krakowski, Breckin Meyer, Jay Mohr, Sarah Polley Screenplay: John August Producers: Matt Freeman, Mickey LIddell, Paul Rosenberg Runtime: 103 min. US Distribution: TriStar Rated R: drug content, sex, language, violence
Copyright 1998 Nathaniel R. Atcheson
If there was ever a film that lived up to its title, then Go is that film. For one hour and forty minutes, the audience is subjected to a story that never stops, a movie that never even comes close to slowing down. It's not that the film is relentless or action-packed; it's just a perpetual motion machine, fuelled by skillful direction from Doug Liman (Swingers) and by a poundingly-appropriate soundtrack. I didn't find myself emotionally involved in anything that happens in Go, but I became curiously entranced with the picture by the end. It works on a visceral level, but not on many others.
It also has no obvious narrative, though there are several small stories that Liman and screenwriter John August skillfully intertwine. The first revolves around Ronna (Sarah Polley), a grocery store clerk by day. At work, she's approached by Adam and Zack (Scott Wolf and Jay Mohr), a couple of guys looking for Ecstasy. She goes out with her two friends, Claire (Katie Holmes) and Mannie (Nathan Bexton) to find some drugs, thinking that on the way she can make a few bucks to pay for her rent. Another plot involves Simon (Desmond Askew), a Brit who works with Ronna at the store. He goes off to Vegas with his friends (Taye Diggs, Breckin Meyer, and James Duval), and they end up getting into trouble with a strip-joint owner (Jimmy Schubert) and is father (J.E. Freeman). There is also a segment dedicated to Adam and Zack, but that one has the most surprises and shouldn't be described here.
Go is a film propelled entirely by style and acting, and that's not necessarily a bad thing. Liman, as I said, is very good at what he does (I liked this picture more than the overrated Swingers). There's a certain eclectic quality about the scenes in Go, one of unpredictability mixed with an acute sense of adventure. August's smartly-crafted (Tarantino-style) script helps underline this tone; the story overflows with pop-culture references and ultracool dialogue, and so most viewers under the age of thirty-five are likely to find Go a fast-paced blast. It also helps that most of the performances are so strong and memorable; Sarah Polley (The Sweet Hereafter) stands out among the crowd, never failing to give her lines a punch of pointed cynicism. William Fichtner (Armageddon, Contact) is brilliant as a cop of a peculiar temperament, one who is "open to new things." Breckin Meyer has an incredibly funny role as a white guy who wishes he were black. I was impressed with both Jay Mohr and Scott Wolf for their subtlety. And Desmond Askew is a likable kind of flawed hero, and constantly finds himself in unexplainable situations (one of which involves two naked women and a conflagration in a hotel room).
There are numerous scenes that don't work at all. I didn't like the one that involves a certain young woman getting nailed by a yellow Miata; it's played for laughs, though it's not the slightest bit funny. This is later followed up by a scene in which the drivers of the Miata attempt to dispose of the body, and it's generally unpleasant. There are also some points during which the characters are forced to be incredibly stupid; when Simon and Marcus steal a Ferrari, I was rolling my eyes and wondering what possessed them to do such a thing. The real problem is that Liman presents the material with such hip sarcasm that I found it impossible to invest any kind of true feeling for the characters. But these aren't fatal flaws; Go is still an amazingly entertaining film, one that is clearly in tune to the way people like this think and talk. And there's certainly no way it can bore you; one thing you can count on is a whole lot of going.
Psychosis Rating: 7/10
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Download SDK
Dynamsoft
/
Dynamsoft Camera SDK
/
Code Gallery
/
Basic Camera Control
This sample demonstrates how to grab images from camera with basic camera control, including exposure, zoom and brightness, etc.
Camera&Video Setting
Auto
Exposure:
Zoom:
Brightness:
Contrast:
Sharpness:
Saturation:
-
+
-
+
-
+
-
+
-
+
-
+
Grab
Initiating...


Erick ZafraFounder of the Where ELZ Company. I am a Web Developer. I love gadgets and basketball. |
| Inclusive Date | Company Name | Position |
|---|---|---|
| 2001-2021 | Nihon Michelin Tire Corporation | Employee |
| 2000-2001 | MSF Tire Corporation | Employee |
| 1990-2000 | Integrated Microelectronics Inc. | Employee |
| PC repair | 😀 😀 😀 😀 😀 |
| Web Development | 😀 😀 |
| Basketball | 😀 😀 😀 😀 😀 |
| Travel | 😀 😀 😀 😀 |


var labelBackgroundColor: Int
The color of the Label's background. Usage of this property is preferred over the inherited setBackgroundColor method.


A
B
Category A
Train
Reset
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Examples
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Train
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Start
Stop
My guess is:
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Cremated remains of 20 babies found at Oregon mortuary buried
by The Associated PressROSEBURG, Ore. — The cremated remains of more than 20 babies that were found on mortuary shelves in Roseburg, Oregon will be buried Sunday a special ceremony.
The News-Review reports that the remains were discovered by a woman who was searching for the unclaimed remains of veterans who had not received funerals. A funeral for the 28 veterans whose remains were found in that effort happened earlier this year.
Some of the infants’ remains have been on a mortuary shelf for up to 70 years.
Most of the babies are believed to have been stillborn or died within a day of birth.
Carol Hunt, the woman who found the remains, formed a group called Wings of Love to accomplish the burial project.
The remains will be interred at Roseburg Memorial Gardens.
The Associated Press


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