Chauncey Williams
Unafffiliated
Software Engineer, United Launch Alliance
Bachelor or Science, Aerospace Engineering, The University of Texas at Austin
80222
In Colorado, I've organized, represented, and advocated for the Secular Hub--a nonprofit community center for atheists, agnostics, humanists and their families. Bringing experience from volunteer leadership positions in Texas and Arizona, I co-founded the Secular Hub's Community Service Committee, organizing a team of community members to create volunteer and fundraising opportunities and to provide support for members of our community. As the Board Chair and as a POC for outreach events, I represented the organization at public events hosted at our facility and at local festivals like the People's Fair and PrideFest. As a participant in a lobby day at the U.S. Capitol, I shared my community's concerns about pending legislation with the staff for Senator Gardner and Representative DeGette. I’ve also encouraged increased civic participation in our community by hosting debate viewing parties, a ballot measure Q&A (with an advocate and an opponent), and a Civics lesson with former State Senator Lois Court. More recently, I invited Dr. Beth Malmskog, an assistant professor of mathematics from Colorado College, to speak on how to use mathematics to assess the fairness of proposed district maps.
I vote and have made donations to causes friends are passionate about. I also attend both my Republican and Democratic house district meetings. Donations - 2018 - $50-100 - Swing Left - 7/3/2019 - $100 - Dr. Radhika Nath For Denver Kids
Secular Hub (a community for atheists, agnostics, humanists, and other nonbelievers) - Member, 2013-present - Co-Founder, Community Service Committee, 2014 - Board Member, 2016-2018 - Board Chair, 2016-2017
When rank partisanship finds its way into processes that are fundamental to our democracy (as it has in other states), it undermines confidence in our institutions and in our system. The unfairness of it can cause apathy and antipathy that lead to civic disengagement and civil unrest. For all their promise, Amendments Y and Z are not the end-all of redistricting reform, but they give Coloradans a shot at a fairer, more transparent process that can help reinforce the legitimacy of our system. With so many factors at play, “fairness” (in terms of the final map) will be difficult to define and more difficult to achieve. But in Amendments Y and Z, the citizens of Colorado have provided a set of criteria that the commission must work to faithfully balance as they evaluate and provide feedback on proposed maps. They must also work actively to identify, understand, and accommodate communities of interest. I hope to go in clear-eyed on the challenges that come with this task and ensure that we make use of the analytical methods available as we work through this difficult, but necessary, process.
In various leadership and non-leadership positions, I have experienced some of the challenges of working with people with deeply held and diverse viewpoints. Staying clear on our purpose and the constraints in which we are operating will be important to keep the team aligned. As I engage, I work to avoid letting my ego get in the way of progress and I try to focus on getting to the best solution (wherever and whoever it is coming from). Being forthright, modeling humility and open-mindedness (by demonstrating a willingness to be swayed by new information), and keeping a goal-orientation can go a long way in eliciting the same behavior from others. Filter bubbles--political or otherwise--rarely lead their inhabitants to broad-based understanding, much less fairness. Unaffiliated committee members will play an important role in helping hold the committee accountable, provided those (unaffiliated) members can show that they are well-informed and focused on faithfully performing their duty. As a demonstration of impartiality (or at least an interest in it), I am an intermittent attendee at local house district meetings for both the Republican and Democratic parties. I do that because we all have blindspots, and hearing facts, values, and framings from multiple perspectives can help reveal some of my own blindspots. It has also shown that while the issues that divide us are often amplified in the media and in our minds, when it comes to many of the issues that face us, we have a lot in common.
Early in the COVID pandemic, I actively tracked, plotted, and shared information about the spread of the disease. I derived the formula for the exponential doubling rate to track how effectively we were bending the curve and sent (unsolicited) feedback to CDPHE on discrepancies I found in their data. More recently, to answer growing skepticism and my own uncertainty about whether COVID deaths could have been overstated (conflated with other comorbidities), I sought out data on monthly deaths in the US from all causes over the last 20 years and compared them to provisional data from this year. Plotting it, I was able to convince myself and some of my skeptical friends that this year is, indeed, quite an outlier. An analytical approach is in my nature and it is what my internal compass compels. When possible, I try to go straight to the source(s), using intermediaries, analysts, and pundits in a supporting role. While they all have important information to provide, they also necessarily apply their own filters in selecting, organizing, and interpreting the information they communicate. When possible, I try to identify and ask challenging questions that get at the heart of the matter; ensure that due diligence was performed; and reveal weaknesses in assumptions, methodologies, and in interpretations and results. Both my formal education and work life (in aerospace and software engineering) have had an analytical skew. My education led me to informal studies of deductive and inductive reasoning (i.e. the reasoning of mathematical proofs and of the sciences, respectively). An interest in political discourse led to informal readings on logical fallacies, cognitive biases, and heuristics, as well as the role of non-rational processes in political persuasion. I am no mathematician, but I do have some experience with (and an interest in) statistics, which I think will come in handy for this work. A recent personality/work styles profile (that I cannot endorse, but will mention) identified “analytical” as my dominant thinking style.
Male


Guide
This page provides a guide both for using the templates and the external infographic tools that are linked to this application. The guidelines for using the tool can also be downloaded from the right sidebar.
Templates
1. Open the templates in Google Docs
2. Make a local copy of the document to your own Google Drive account from the File menu, Make a copy option
3. Modify the templates as you want, translate them to your local language or fill them in with information about your region (see Figure 1). You are free to edit the appearance and the content of the documents as much you want. If you have a regional website for RIS3, you can generate a QR code that redirects to your RIS3 website. You can do this online, for example, at http://www.qr-code-generator.com/.
Figure 1 – Editing the templates in Google Docs
4. Export your documents to an easily distributable form, as PDF’s for example (File -> Download as -> PDF) or copy a shareable link by pressing the "Share"-button in the upper right corner of Google Docs. You can also print the documents.
5. Share the material through multiple channels, e.g., at information events, online and in social media.
6. Adjust the material according to changing need or create new ones.
External tools for making infographics
This application introduces three tools that can be used to create infographics Canva, Piktochart and Infogram.
Canva
1. Go to https://www.canva.com/ with your browser.
2. Sign up for a new account or login by using a Facebook or Google account.
Figure 2 – First page in Canva after logging in
3. In the first page (see Figure 2), you can see your previously created documents.
4. Click "More…" (Figure 2) and select a suitable material template or size, e.g., Facebook post (Figure 3).
Figure 3 – Available material formats
5. Edit the template; drag and drop elements, change colours and fonts (Figure 4). The interface is rather intuitive and there are plenty of modification options. Save your progress by pressing ctrl+S. Note that some Canva elements are not free and you must pay a fee if you use those.
Figure 4 – Editing view, sharing options in the top right corner
6. Use the share or export button in the top right corner for sharing or exporting your document (Figure 4).
7. You can return to you documents later and even modify them in a group.
8. If you need further help or assistance, go to https://support.canva.com/.
Piktochart
1. Go to https://www.piktochart.com/ with your browser.
2. Sign up for a new account or login by using a Facebook or Google account.
3. In the dashboard (see Figure 5), you can see your previously created documents.
Figure 5 – Piktochart dashboard
4. You can create new Infographics by selecting "Create new" from the top of the view.
5. When editing an infographic you can add text, images, shapes, icons etc. and edit their location, colors and styles. See figure 6 for the editing view.
Figure 6 – Piktochart editing view
6. You can save the file as an image from the "Download" button at the top of the page, or get a link to share the material from the "Share" button.
7. You can return to your documents and edit them further at a later time.
Infogram
1. Go to https://www.infogram.com/ with your browser.
2. Sign up for a new account or login by using a Facebook or Google account.
3. You can create new Infographics by selecting the infographic document type upon login.
4. When editing an infographic you can add text, images, shapes, icons etc. and edit their location, colors and styles. See figure 7 for the editing view.
Figure 7 – Infogram editing view
6. You can share the infographic as a link on the web through the "Share" button. Downloading the infographic as an image or a pdf file is possible with the upgraded plan of Infogram.
7. You can return to your documents and edit them further at a later time.


NextInstruction()
语法
Result = NextInstruction()概要
Disassembles the next instruction after a call to ExamineAssembly(). Information about the disassembled instruction can be read with InstructionString() and InstructionAddress().
参数
无.
返回值
Nonzero if the instruction was successfully disassembled, zero otherwise ('*EndAddress' that was specified in ExamineAssembly() was reached).
参阅
ExamineAssembly(), InstructionAddress(), InstructionString()
已支持操作系统
Windows, Linux, MacOS X (x86)


This is an Online learning platform for preparing for IELTS tests (Academic and General catgories). You will be assigned certified Trainers with vast experience to handle the sessions.
This course is specially designed for candidates who need the initial guidance and preparation to enhance their English skills and also to start preparing for IELTS
Train The Trainer program is a great platform for HR Managers, Corporate Leaders, Global Educators, and Entrepreneurs which will lead them towards a successful teaching/training and management careers.
If you’re going to impress at interview, you need to prepare thoroughly. This course sets out what to do to prepare, some pointers about how to behave and react in the interview and what you might expect at an interview.


Our mission. Epidemiological forecasting is critically needed for decision making by public health officials, commercial and non-commercial institutions, and the general public. The Delphi group at Carnegie Mellon University focuses on developing the technological capability of epi-forecasting, and its role in decision making, both public and private. Our long term vision is to make epidemiological forecasting as universally accepted and useful as weather forecasting is today.
News
July 2020: We are hiring! Please join us for the fall as we continue to develop data and forecasting resources for the COVID-19 pandemic. We are looking for a variety of remote-friendly roles in engineering, statistical modeling, management, and external relations. We will update this list as job postings become available:
Senior Project Manager - Delphi-wide operations
Project Manager: External Relations - communications, data partnerships, and public health
Project Manager: Statistical Modeling and R&D - forecasters, estimation
Infrastructure/DevOps Engineer - cloud provisioning, automation, CI/CD
Technical Project Manager: Web/Visualizations/UX - data visualizations, interactivity, and user experience for COVIDcast
Statistical Developer - production-quality forecasting code, data & modeling tutorials
Survey Coordinator - public health, survey design, data handling & publishing
April 2020: We launched our COVIDcast system, which displays indicators related to COVID-19 activity level across the U.S. These indicators are derived from a variety of anonymized, aggregated data sources made available by multiple partners, and are publicly available at the COVIDcast endpoint of our Epidata API.
|
Related news articles: |
March 2020: we are focusing our efforts at this point on COVID-19 nowcasting and forecasting. We are adapting our existing systems, and developing new ones. Some of our regular activities may be halted as a result
October 2019: CDC has just named us "National Center of Excellence for Influenza Forecasting" (one of two nationally.)
October 2018: and yet again! Our forecasting systems took the top spot each of the three separate flu forecasting challenges of 2017-2018 (out of up to 30 submissions). (Results summary.)
October 2017: We did it again! Our two systems took the top two spots in the 2016-2017 flu forecasting challenge (out of 28 submissions). (Results summary.)
December 2016: Our system took the top stop in the 2015-2016 flu forecasting challenge. (Results summary.)
Operational Systems
Real-time indicators of COVID-19 Activity: COVIDcast.
"Wisdom-of-crowds" forecasting of ILI: Crowdcast.
Note:
This system is has been repurposed to forecast ILI during the
COVID-19 pandemic.
State-level real-time estimates (nowcasts) of ILI (influenza-like
illness): ILI
Nearby.
Note:
This system is designed to nowcast ILI driven by seasonal
influenza and is NOT designed to nowcast ILI during the COVID-19 pandemic. We
are only keeping it running as others may be relying on it. We are working on
a new system for COVID-19.
State-level weekly forecasts of ILI (influenza-like
illness).
Note:
This system is designed to forecast ILI driven by seasonal
influenza and is NOT designed to forecast ILI during the COVID-19 pandemic. We
have temporarily shut it down to focus on COVID-19. We are working on
a new system for COVID-19.
Activities
We have participated, and have done very well, in all epidemiological forecasting challenges organized by the US government to date:
Forecasting Seasonal Influenza in the US (by CDC): 2013 -- current
Forecasting Dengue in Puerto Rico and Peru (by the White House OSTP )
Forecasting the Chikungunya invasion of the Americas (by DARPA )
Members
Roni Rosenfeld
Homepage
Ryan Tibshirani
Homepage
Logan Brooks
David Farrow
Maria Jahja
Homepage
Aaron Rumack
Jingjing Tang
Homepage
Brian Clark
Homepage
We are faculty, students, and staff at Carnegie Mellon University (some alumni). We are also part of a larger, University of Pittsburgh-based MIDAS National Center of Excellence, which includes epidemiologists, virologists, public health experts, infectious disease MDs, legal and economic experts, and other computationalists.
Members of The Delphi COVID-19 Pandemic Response Team
See the list at covidcast.cmu.edu.
Publicly Available Tools
Epidemiological forecasting R package: epiforecast
Epidemiological nowcasting via sensor fusion: nowcast
Epidemiological time series visualizer: EpiVis
API for getting up-to-date epidemiological data: EpiData (also available via a web interface through EpiVis )
Visual comparison of scored submissions to CDC Flu Forecasting Challenge: FluScores (provide your own score files)
Epidemiological modeling utilities (e.g., date/epi-weeks conversions): utils
All source code is freely available on GitHub.
Research and White Papers
Brooks. Pancasting: forecasting epidemics from provisional data. PhD thesis, 2020.
Jahja, Farrow, Rosenfeld, Tibshirani. Kalman filter, sensor fusion, and constrained regression: equivalences and insights. Neural Information Processing Systems 2019.
Brooks, Farrow, Hyun, Tibshirani, Rosenfeld. Nonmechanistic forecasts of seasonal influenza with iterative one-week-ahead distributions. PLOS Computational Biology, 2018.
Farrow, Brooks, Hyun, Tibshirani, Burke, Rosenfeld. A human judgment approach to epidemiological forecasting. PLOS Computational Biology, 2017.
Farrow. Modeling the past, present, and future of influenza . PhD thesis, 2016.
Brooks, Farrow, Hyun, Tibshirani, Rosenfeld. Flexible modeling of epidemics with an empirical Bayes framework. PLOS Computational Biology, 2015.
Rosenfeld. Predicting the predictable, presentation, 2013.
Rosenfeld, Grefenstette, Burke. A proposal for standardized evaluation of epidemiological models. White paper, 2012.
We are thankful for generous financial support from


|
Simbody
3.5
|
Files | |
| file | BicubicSurface.h [code] |
| This file defines the BicubicSurface class, and the BicubicFunction class that uses it to create a two-argument Function object. | |
| file | CollisionDetectionAlgorithm.h [code] |
| file | Contact.h [code] |
| file | ContactGeometry.h [code] |
| Defines the ContactGeometry class and its API-visible local subclasses for individual contact shapes. | |
| file | ContactTracker.h [code] |
| file | GCVSPLUtil.h [code] |
| file | Geo.h [code] |
| Defines geometric primitive shapes and algorthms. | |
| file | Geo_BicubicBezierPatch.h [code] |
| Provides primitive operations for a single bicubic Bezier patch using either single or double precision. | |
| file | Geo_BicubicHermitePatch.h [code] |
| Provides primitive operations for a single bicubic Hermite patch using either single or double precision. | |
| file | Geo_Box.h [code] |
| Defines primitive operations involving 3d rectangular boxes. | |
| file | Geo_CubicBezierCurve.h [code] |
| Provides primitive operations for a single bicubic Bezier curve using either single or double precision. | |
| file | Geo_CubicHermiteCurve.h [code] |
| Provides primitive operations for a single cubic Hermite curve using either single or double precision. | |
| file | Geo_LineSeg.h [code] |
| Collects primitive operations involving line segments. | |
| file | Geo_Point.h [code] |
| Defines primitive computations involving points. | |
| file | Geo_Sphere.h [code] |
| Defines primitive operations on spheres. | |
| file | Geo_Triangle.h [code] |
| Defines primitive operations on triangles. | |
| file | Geodesic.h [code] |
| This file defines the Geodesic class. | |
| file | GeodesicIntegrator.h [code] |
| Contains a stripped-down low overhead numerical integrator for use with small, fixed-sized sets of Differential-Algebraic equations such as arise when computing geodesics over smooth surfaces. | |
| file | OBBTree.h [code] |
| Defines an oriented bounding box tree with generalized leaves. | |
| file | OrientedBoundingBox.h [code] |
| file | ParticleConSurfaceSystem.h [code] |
| file | Spline.h [code] |
| file | SplineFitter.h [code] |


class Minitest::Reporters::ProgressReporter
Fuubar-like reporter with a progress bar.
Based upon Jeff Kreefmeijer's Fuubar (MIT License) and paydro's monkey-patch.
@see github.com/jeffkreeftmeijer/fuubar Fuubar @see gist.github.com/356945 paydro's monkey-patch
Constants
- PROGRESS_MARK
Public Class Methods
new(options = {})
click to toggle source
Calls superclass method
Minitest::Reporters::BaseReporter.new
# File lib/minitest/reporters/progress_reporter.rb, line 18 def initialize(options = {}) super @detailed_skip = options.fetch(:detailed_skip, true) @progress = ProgressBar.create({ total: total_count, starting_at: count, progress_mark: green(PROGRESS_MARK), remainder_mark: ' ', format: ' %C/%c: [%B] %p%% %a, %e', autostart: false }) end
Public Instance Methods
record(test)
click to toggle source
Calls superclass method
Minitest::Reporters::BaseReporter#record
# File lib/minitest/reporters/progress_reporter.rb, line 41 def record(test) super return if test.skipped? && !@detailed_skip if test.failure print "\e[0m\e[1000D\e[K" print_colored_status(test) print_test_with_time(test) puts print_info(test.failure, test.error?) puts end if test.skipped? && color != "red" self.color = "yellow" elsif test.failure self.color = "red" end show end
report()
click to toggle source
Calls superclass method
Minitest::Reporters::BaseReporter#report
# File lib/minitest/reporters/progress_reporter.rb, line 62 def report super @progress.finish puts puts('Finished in %.5fs' % total_time) print('%d tests, %d assertions, ' % [count, assertions]) color = failures.zero? && errors.zero? ? :green : :red print(send(color) { '%d failures, %d errors, ' } % [failures, errors]) print(yellow { '%d skips' } % skips) puts end
start()
click to toggle source
Calls superclass method
# File lib/minitest/reporters/progress_reporter.rb, line 32 def start super puts('Started with run options %s' % options[:args]) puts @progress.start @progress.total = total_count show end
Private Instance Methods
color()
click to toggle source
# File lib/minitest/reporters/progress_reporter.rb, line 86 def color @color ||= "green" end
color=(color)
click to toggle source
# File lib/minitest/reporters/progress_reporter.rb, line 90 def color=(color) @color = color @progress.progress_mark = send(color, PROGRESS_MARK) end
print_test_with_time(test)
click to toggle source
# File lib/minitest/reporters/progress_reporter.rb, line 81 def print_test_with_time(test) puts [test.name, test.class, total_time].inspect print(" %s#%s (%.2fs)" % [test.name, test.class, total_time]) end
show()
click to toggle source
# File lib/minitest/reporters/progress_reporter.rb, line 77 def show @progress.increment unless count == 0 end


This is an example of a document created to illustrate the document-as-code principle. Instead of writing structured documents using a text processor or spreadsheet, the document is generated from a simple program written within a Markdown document. With the help of a generator program the Markdown document is transformed into another valid Markdown document. The domain model and the contents of the domain are written in Markdown and coffeescript. The generator replaces the coffeescript in the Markdown document with it’s corresponding output.
This section lists the example sources for the requirements of the Document-as-code project.
| identifier | title | version |
|---|---|---|
| S1 | This is source 1 | 1.0 |
| S2 | This is source 2 | 1.1 |
This section lists the example requirements applicable to the Document-as-code project. Each requirement refers back to the source it originates from and refers forward to the measures defined to implement or support the requirement.
| identifier | description | sources |
|---|---|---|
| R1 | This is requirement 1 | S1 |
| R2 | This is requirement 2 | S1, S2 |
| R3 | This is requirement 3 | S2 |
This section contains the example deliverables that contain or implement the measures.
| identifier | title |
|---|---|
| D1 | Deliverable 1 |
| D2 | Deliverable 2 |
| D3 | Deliverable 3 |
This section contains the example measures defined to implement or support the requirements of the project.
| identifier | description | requirements | deliverables | done |
|---|---|---|---|---|
| M1 | This is measure one, it is marked as done | R1, R3 | D1 | true |
| M2 | This measure has no deliverable defined | R1 | false |


A place for general developer talk – for everyone! | Documentation https://developers.komodoplatform.com | MoreDev Docs - https://docs.komodoplatform.com | Mastering CryptoConditions - https://github.com/KomodoPlatform/Mastering_CryptoConditions
100 messages
Before 05-Dec-19 12:00 AM
blackjok3r18-Dec-18 02:20 PM
but I worked it out .
the only thing I can see that might affect it is that the chain tip has the be captured before the lock is applied...
like the line above it... there would need to be some conflit within a nano second or even less to cause an issue and so far it seems ok.(edited)
jl777c18-Dec-18 02:22 PM
glad it was something that makes sense
if the worst that happens is an occasional bad mined block, it seems fine
blackjok3r18-Dec-18 02:23 PM
yeah its like 100% better so far... before maybe 25-30% of blocks mined were invalid... havent seen a single one yet since change(edited)
few varables needed to be delcared further up so they were avalibe to all palces but that should not affect anything.
jl777c18-Dec-18 02:37 PM
probably less than 1% of blocks will be invalid now
both there for backward compatibility. NEVER BREAK USERSPACE!
jorian18-Dec-18 07:37 PM
yes, ok, as i can understand its need, i don't understand why the first one is Sat and the second is Zat
what is Zat
Zatoshis?
maybe i should ask zcash peoples
jl777c18-Dec-18 07:45 PM
maybe it is a typo
dukeleto18-Dec-18 07:46 PM
@jorian@jl777c Zcash calls their "satoshis" as "zatoshis", and Hush calls ours "puposhis", after Hush Puppy
jorian18-Dec-18 07:46 PM
zcash doesn't use them anymore in both their decoderawtransaction and getrawtransaction
muh muh backwards compatibility?
dukeleto18-Dec-18 07:48 PM
@jorian i think the fact they are using valueSat and valueZat looks like a bug on their part, unless they added that new key to one of the RPCs recently. Maybe they didn't want to break backcompat of valueSat, but called the new key valueZat
jorian18-Dec-18 07:48 PM
zcash doesn't use them anymore in both their decoderawtransaction and getrawtransaction
that is the only reference to that key in the entire codebase
zcash master codebase, that is
jorian18-Dec-18 07:51 PM
interesting.. that letter is the only difference between get and decode
at least, in KMD it is
dukeleto18-Dec-18 07:51 PM
zatoshi does not make sense in KMD codebase
almost everything in our codebase and everyone else's says satoshi, some people change user-facing docs/etc
commit c66c731adf766b5085eefe0008b7c83fe02f5162
Author: Jack Grigg<EMAIL_ADDRESS>Date: Thu May 11 18:00:15 2017
Add a benchmark for calling ConnectBlock on a block with many inputs
Requires placing block-107134.tar.gz (containing the block, and a fake CoinsDB
containing its inputs) into the base directory of the repository. This can be
generated using qa/zcash/create_benchmark_archive.py (see the script for usage
details).
To facilitate generation of the fake CoinsDB, an additional field 'valueZat' has
been added to 'getrawtransaction' containing the integer number of zatoshis
instead of a decimal number of ZEC.
that is the backstory
seems like valueZat was a hack for an old script with no tests that nobody uses anymore
clean it all with
jorian18-Dec-18 07:53 PM
aha, but KMD uses valueSat in getrawtransaction
so probably someone forgot to change valueZat to valueSat in the decoderawtransaction?
dukeleto18-Dec-18 07:54 PM
is this causing a bug of some kind?
jorian18-Dec-18 07:55 PM
no, just wondered the difference.. i would need to account for the difference in my code though
dukeleto18-Dec-18 07:55 PM
i don't think anything actually uses valueZat which was inherited from zcash
valueSat is used various places, and @Decker put his name in a comment about it
i would say change valueZat to valueSat, but that is for James to decide. Seems to be of low importance
jl777c18-Dec-18 08:02 PM
just use "value"
jorian18-Dec-18 08:03 PM
yes, i'm ignoring Sat and Zat already
jl777c18-Dec-18 08:03 PM
those are bad names as it is not satoshis but in floating point COINS
but there is no way to know what code is being written that uses those fields
and since it is no big deal to keep it around and not break anything that might have used it, i kept it in there
think of it as the total opposite of bitcoin core, who go out of there way to make sure they break as much as possible
1
we go out of our way to keep as much working as possible
1
1
there are enough giant changes that happen to add the burden of an ever changing JSON syntax
dukeleto18-Dec-18 08:10 PM
agreed, only introduce backward incompatibility rarely and strategically
pbca2620-Dec-18 09:20 AM
@Deleted User@webworker01 yesterday i found out that i forgot to push sapling changes commit to web wallet repo
now it should work fine(edited)
2
dukeleto20-Dec-18 09:52 PM
@Deleted User depends
ComputerGenie 👴👴👴20-Dec-18 10:27 PM
wonders what virus he just gave himself with that appimage that locks up so bad that task manager will not load and sudo pkill -f utrum* freezes(edited)
blames @blackjok3r because CFEK miner will not die either
the 1st part was a joke (can delete so no one get wrong idea)
the 2nd part was true
it runs fine after button forced reboot killed joker miner "fix"
@Deleted User is this an electrum wallet?
BarterDEX = HyperDEX? did I miss a memo?(edited)
1
not sure I was suggesting anything
the button for "BarterDEX" links to the HyperDEX github repo
when did HyperDEX become BarterDEX?
also, if you click the "based on MNZ wallet" link in "About" it takes you to the MNZ gitLab with no way to get back to the OOT wallet without killing the app(edited)
1
nothing an "_blank" can't fix
my other 1st glance suggestion is a USD label on charts
seems like it should be obvious that all 3 are in USD, but might confuse people
1
beyond that it looks and seems to react nice
will try with txes later, time now
2
1
I really like that the "Hold" page has a link to description and info page
D.rabbani21-Dec-18 06:34 AM
hi there
i just need to ask i did sendtoaddress from my staking node 2
it seems to be stuck ?
the blocks are building up but the cli seems to be stuck
its not giving me the transactionid
?
can someone help
@blackjok3r ?
on antoher session its stuck in getinfo as well ?
:?
can someone help me out
D.rabbani21-Dec-18 06:55 AM
even its getting stuck in get info as well ?
@Alright ?
atlast i got this error make sure your server is running and you are connecting to the correct RPC port ?
got a connection timeout error
?
even though the blocks are building up ?
and the server is running fine its stuck in the get info as well
D.rabbani21-Dec-18 07:15 AM
it was getting info before
now its seems to be stuck :/
is it due to my internet connection ?
D.rabbani21-Dec-18 07:39 AM
please its urgent can someone help ?
actionslacks21-Dec-18 07:40 AM
I think most of the discord wakes up in an hour or two @D.rabbani


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layout: post
title: "Raed tihs"
date: 2005-09-15
comments: false
---
Can you raed tihs? Olny srmat poelpe can.I cdnuolt blveiee taht I cluod aulaclty uesdnatnrd waht I was rdanieg.The phaonmneal pweor of the hmuan mnid, aoccdrnig to a rscheearch at Cmabrigde Uinervtisy, it deosn't mttaer in waht oredr the ltteers in a wrod are, the olny iprmoatnt tihng is taht the frist and lsat ltteer be in the rghit pclae. The rset can be a taotl mses and you can sitll raed it wouthit a porbelm. Tihs is bcuseae the huamn mnid deos not raed ervey lteter by istlef, but the wrod as a wlohe. Amzanig huh? yaeh and I awlyas tghuhot slpeling was ipmorantt!


DOLAP: An Innovative Database Management System
Project Title: Probabilistic Techniques and Data Structures for High Performance Database Management Systems
Principle Investigator: Dr. Sinan Yıldırım
Project Managers: Dr. Sinan Yıldırım, Dr. Erdinç Öztürk, Dr. Kamer Kaya
Project Type: TÜBİTAK 1003 - Innovative Database Management Systems Call
Project Duration: 24 Months
Project Start Date: September 2019
The project
• will find its place in the world of big data and will be able to commercialize, accordingly, has a columnar structure
designed in accordance with OLTP (online analytical processing) analytic queries and tasks instead of classical OLTP
(online transaction processing);
• will provide a probabilistic differential privacy guarantee of the analysis results when necessary, which will allow safe
sharing of the analysis results instead of sharing the actual internal data;
• will utilize multiple CPUs, field programmable gate arrays (FPGA) and graphics processing units (GPU) efficiently on a
single query simultaneously, or distributed intelligently on different queries with smart load balance methods;
• can create data samples and sketches with high performance and use them for different purposes such as privacy, query
optimization, producing almost exact analysis results;
• will improve performance with query optimization methods that work in a heterogeneous system; and
• with the help of user friendly toolsets and interfaces, an innovative database management system that can be utilized to
generate dynamic and static queries will be developed.


This example demonstrates using the latest version of the Scrolling Divs code with the earlier setup methods. Follow the suggestions below this scroll area to accomplish this. Content repeated for your scrolling pleasure ;) This example demonstrates using the latest version of the Scrolling Divs code with the earlier setup methods. Follow the suggestions below this scroll area to accomplish this. Content repeated for your scrolling pleasure ;) This example demonstrates using the latest version of the Scrolling Divs code with the earlier setup methods. Follow the suggestions below this scroll area to accomplish this. |
No matter what type of scrolling you have set up in your documents (with or without scrollbar, mouseover, onclick) just include the new dw_scroll_c.js
along with the bc_controls.js
file and your pages will work with the updated version of the code.
Back to index for more information.


For our finals, we decided to take on a real world challenge — TraQ — an online bus tracker and ticketing system for the SVA Shuttle. The idea came about our personal experience of trying to use the shuttle. Although a schedule was pasted across all 15 campuses of SVA, the shuttle wasn’t always on time. Since the shuttle is free, we tried using it to visit points of interest that were on its route. Due to the uncertainty of the schedule and the location of the shuttle, most students avoided using it.
With TraQ, our intention was not only to increase the ridership of the SVA Shuttle, but only make the experience of taking the shuttle as smooth as possible.
We took the SVA shuttle bus to get the actual data by using the mobile app ‘Strava’. Once we had the sample data, we plotted the GPS coordinates on P5 front-end to ensure that we don’t have any errors.
With a data collection program loaded onto the Particle Photon, tethered to a mobile connection, we walked around a city block to ensure that we’re getting the right GPS data. We used P5 and Mappa.js (mapping framework) to plot this data.
The next challenge was connectivity as the Photon board had to be connected to Wifi to transmit the coordinates. We found that the citywide free Wi-Fi service, LinkNYC was very good in terms of coverage and the strength. We used iStumbler on the Mac to test the Wifi reception and strength across different points in the route. Since this was a captive portal (requiring a sign-in) and Photon wasn’t capable of signing in, we had to build a hack where the photon would internally analyze the code on the page and automatically fill the name and click on the sign-in button.
We wanted the product to represent the TraQ brand but as well function as a duality between a tracking system and an elegant desk tool. So we decide using the “Q” in TraQ. We create a simple Q design on Illustrator that will contain MKR 1000 and Particle Photon and prepare our files for the CnC in the VFL lab.
For the MKR 1000 as the scanner, we build three components of the big “Q” top and the bottom section where MKR can have enough room to fit inside and a midsection to hold in place so there won’t be any movement inside. With the particle photon, the mini “Q” had top and the bottom section carved out as well to fitted both photon and foam core. The material was MDF wood composite material we obtained.
Interactive Tickets


MSP430 IEC60730 Software Package <IP_ADDRESS>
Release Notes
Document Revision:<PHONE_NUMBER>
This document is divided into the following sections:
- Updated MSP430 driver library to version <IP_ADDRESS>
- Updated CCS project spec file to use unix style directory path
<IP_ADDRESS>
- Added example project for DRV91670 device
- In this example IEC 60730 class B function have been implemented on a DC brushless motor control application using DRV91670
- IMPORTANT: Please refer to DRV91670 README file for more information regarding CCS support files for DRV91670.
<IP_ADDRESS>
- Updated CCS project to use projecspec file. Using projectspec file the file in example project are copy to the workspace instead of linked
- IEC60730 Configuration Tool can now be launch from CCS TI resource explorer
- User's Guide was updated to include Detailed information contained in API Guide
<IP_ADDRESS>
- Added support for MSP430FR57xx devices.
- Added CCS and IAR IEC60730_msp430fr5739_example
- Added MSP430 Software Package Configuration Tool.- The tool
can be found under "{IEC60730_PATH}\utils\" for more
information on how to use the tool please consult the
MSP430 IEC60730 Software Package Users Guide
- Added macro definitions in "IEC60730_user_config.h" for easy way to configure
Oscillator test to use different Timer_A module available in the device
- Bug Fixes for CPU and Oscillator test.
MSP430 IEC60730 Software Package can be installed as part of MSP430ware Driver Library or it can be use as a
stand alone library.
This release supports installation and development on
Microsoft Windows XP Workstations.
- MSP430 IEC60730 Software Package Dependencies:
This release supports the following devices:
- MSP430G23xx
- MSP430G24xx
- MSP430G25xx
- MSP430G2x44
- MSP430G2x77
- MSP430F5xx
- MSP430FR57xx
- DRV91670
This release is a minor release version and has been tested.
The examples can be found in MSP430 IEC60730 Software Package Example Projects. The directory
contains four examples:
- IEC60730_emptyProject
- IEC60730_msp430f5529_example
- IEC60730_msp430g2553_example
- IEC60730_msp430fr5739_example
For CCS, the examples can be imported using the import wizard.
For IAR, double click on the .eww file inside the IAR directory of each example project.
Please consult the
MSP430 IEC60730 Software Package Users Guide
for detailed instructions on how to to run the examples.
This is build <IP_ADDRESS> of MSP430 IEC60730 Software Package.
Support
Additional Resources
For more information, visit www.ti.com.


|
Drake
|
The QueryObject serves as a mechanism to perform geometry queries on the world's geometry. More...
#include <drake/geometry/scene_graph_inspector.h>
Public Member Functions | |
| QueryObject ()=default | |
| Constructs a default QueryObject (all pointers are null). More... | |
| const SceneGraphInspector< T > & | inspector () const |
| Provides an inspector for the topological structure of the underlying scene graph data (see SceneGraphInspector for details). More... | |
Collision Queries | |
These queries detect collisions between geometry. Two geometries collide if they overlap each other and are not explicitly excluded through collision filtering. These algorithms find those colliding cases, characterize them, and report the essential characteristics of that collision. | |
| std::vector< PenetrationAsPointPair< double > > | ComputePointPairPenetration () const |
| Computes the penetrations across all pairs of geometries in the world. More... | |
Signed Distance Queries | |
These queries provide the signed distance between two objects. Each query has a specific definition of the signed distance being positive, negative, or zero associated with some notions of being outside, inside, or on the boundary. These queries provide bookkeeping data like geometry id(s) of the geometries involved and the important locations on the boundaries of these geometries. The signed distance function is a continuous function. Its partial derivatives are continuous almost everywhere. | |
| std::vector< SignedDistancePair< double > > | ComputeSignedDistancePairwiseClosestPoints () const |
| Computes the signed distance together with the nearest points across all pairs of geometries in the world. More... | |
| std::vector< SignedDistanceToPoint< double > > | ComputeSignedDistanceToPoint (const Vector3< double > &p_WQ, const double threshold=std::numeric_limits< double >::infinity()) const |
| Computes the signed distances and gradients to a query point from each geometry in the scene. More... | |
Friends | |
| class | SceneGraph< T > |
| class | QueryObjectTester |
The QueryObject serves as a mechanism to perform geometry queries on the world's geometry.
The SceneGraph has an abstract-valued port that contains a QueryObject (i.e., a QueryObject-valued output port).
To perform geometry queries on SceneGraph:
const QueryObject&
in return, and, finally,The const reference returned by the input port is considered "live" - it is linked to the context, system, and cache (making full use of all of those mechanisms). This const reference should never be persisted; doing so can lead to erroneous query results. It is simpler and more advisable to acquire it for evaluation in a limited scope (e.g., CalcTimeDerivatives()) and then discard it. If a QueryObject is needed for many separate functions in a LeafSystem, each should re-evaluate the input port. The underlying caching mechanism should make the cost of this negligible.
In addition to not persisting the reference from the output port, the QueryObject shouldn't be copied. Strictly speaking, it is an allowed operation, but the result is not live, and any geometry query performed on the copy will throw an exception.
A QueryObject cannot be converted to a different scalar type. A QueryObject of scalar type S can only be acquired from the output port of a SceneGraph of type S evaluated on a corresponding GeometryContext, also of type S.
| T | The scalar type. Must be a valid Eigen scalar. |
Instantiated templates for the following kinds of T's are provided:
They are already available to link against in the containing library. No other values for T are currently supported.
|
default |
Constructs a default QueryObject (all pointers are null).
| std::vector< PenetrationAsPointPair< double > > ComputePointPairPenetration | ( | ) | const |
Computes the penetrations across all pairs of geometries in the world.
Only reports results for penetrating geometries; if two geometries are separated, there will be no result for that pair. Pairs of anchored geometry are also not reported. The penetration between two geometries is characterized as a point pair (see PenetrationAsPointPair).
For two penetrating geometries g₁ and g₂, it is guaranteed that they will map to id_A
and id_B
in a fixed, repeatable manner.
This method is affected by collision filtering; element pairs that have been filtered will not produce contacts, even if their collision geometry is penetrating.
| std::vector< SignedDistancePair< double > > ComputeSignedDistancePairwiseClosestPoints | ( | ) | const |
Computes the signed distance together with the nearest points across all pairs of geometries in the world.
Reports both the separating geometries and penetrating geometries.
This query provides φ(A, B), the signed distance between two objects A and B.
If the objects do not overlap (i.e., A ⋂ B = ∅), φ > 0 and represents the minimal distance between the two objects. More formally: φ = min(|Aₚ - Bₚ|) ∀ Aₚ ∈ A and Bₚ ∈ B.
If the objects touch or overlap (i.e., A ⋂ B ≠ ∅), φ ≤ 0 and can be interpreted as the negative penetration depth. It is the smallest length of the vector v, such that by shifting one object along that vector relative to the other, the two objects will no longer be overlapping.  By implication, there exist points Aₚ and Bₚ on the surfaces of objects A and B, respectively, such that Aₚ + v = Bₚ, Aₚ ∈ A ∩ B, Bₚ ∈ A ∩ B. These points are the witnesses to the penetration.
This method is affected by collision filtering; geometry pairs that have been filtered will not produce signed distance query results.
Notice that this is an O(N²) operation, where N is the number of geometries remaining in the world after applying collision filter. We report the distance between dynamic objects, and between dynamic and anchored objects. We DO NOT report the distance between two anchored objects.
| near_pairs | The signed distance for all unfiltered geometry pairs. |
| std::vector< SignedDistanceToPoint< double > > ComputeSignedDistanceToPoint | ( | const Vector3< double > & | p_WQ, |
| const double | threshold = std::numeric_limits<double>::infinity() |
||
| ) | const |
Computes the signed distances and gradients to a query point from each geometry in the scene.
This query provides φᵢ(p), φᵢ:ℝ³→ℝ, the signed distance to the position p of a query point from geometry Gᵢ in the scene. It returns an array of the signed distances from all geometries.
Optionally you can specify a threshold distance that will filter out any object beyond the threshold. By default, we report distances from the query point to every object.
This query also provides the gradient vector ∇φᵢ(p) of the signed distance function from geometry Gᵢ. Note that, in general, if p is outside Gᵢ, then ∇φᵢ(p) equals the unit vector in the direction from the nearest point Nᵢ on Gᵢ's surface to p. If p is inside Gᵢ, then ∇φᵢ(p) is in the direction from p to Nᵢ. This observation is written formally as:
∇φᵢ(p) = (p - Nᵢ)/|p - Nᵢ| if p is outside Gᵢ
∇φᵢ(p) = (Nᵢ - p)/|Nᵢ - p| if p is inside Gᵢ
Note that ∇φᵢ(p) is also defined on Gᵢ's surface, but we cannot use the above formula.
| [in] | p_WQ | Position of a query point Q in world frame W. |
| [in] | threshold | We ignore any object beyond this distance. By default, it is infinity, so we report distances from the query point to every object. |
| signed_distances | A vector populated with per-object signed distance values (and supporting data). See SignedDistanceToPoint. |
|
inline |
Provides an inspector for the topological structure of the underlying scene graph data (see SceneGraphInspector for details).
|
friend |
|
friend |


Tp3 BusinessView Designer (Streetview)
{_all}
Pano ID
POV Heading
POV Pitch
zoom
Position
name
google place_id
geo


Waldorf Kyra
Single Patch Editor
This editor is designed to work with at least Firmware 1.78, though it should be approximately compatible with earlier versions.
Communicating with Edisyn
Set Edisyn's MIDI channel to the same as the part number channel you're editing (typically 1). Set Edisyn's Synth ID to your Kyra's "MIDI SysEx device ID": typically 17.
-
To communicate with your Kyra over USB, make sure that "Receive MIDI Program" is "USB" or "MIDI+USB". You might also wish to set "Send manual dumps to" "USB".
- To communicate with your Kyra over 5-pin DIN MIDI, make sure that "Receive MIDI Program" is "MIDI" or "MIDI+USB". You might also wish to set "Send manual dumps to" "MIDI".
If you want Edisyn to update in real time to changes you make on your Kyra (like turning a knob), set "Transmit Automation" to "USB" or "MIDI" as appropriate.
About the Menu: Uploading Pseudo-MPE
The Kyra doesn't support MPE. But we can fake it by setting up one of its multimode patches in a special way, and this can be taken advantage of by instruments such as the Linnstrument.
You can prepare a multimode patch slot with Write Patch as Psuedo-MPE. This writes a multimode patch which points to your current single patch, including the current name, bank, and (single patch) number. Each slot in the multimode patch will refer to this patch but have a unique MIDI channel. You get to choose what multimode patch number to write to. Note that your single-patch must already be written to the synth.
About the Menu: Current Parts
The Kyra has a curious notion of a current part among the various parts in the Multi. When Edisyn sends to current patch, it will send to a part number, and then instruct the Kyra to make that part the "current part". You tell Edisyn which part number this should be via the menu: the default is always Part 1. Additionally when you change parameters, they are changed in your chosen part number, even if it is not the "current part". You can always jump to your chosen part number by re-selecting it in the menu.
Gotchas
- Though the Kyra has a "Wave Group" and "Wave Number" for each oscillator, Edisyn only has "Wave" (the combination of the two). This is because there are different numbers of waves for each group, which is problematic to write an editor for. So you'll have to wade through a lot of waves, sorry.
- If you update the "Wave Number" in real time on the Kyra, Edisyn may not properly update its "Wave", because the Kyra doesn't send Edisyn the necessary information. Not to worry. To get it back in sync, update the "Wave Group", and then the "Wave Number" again.
- When Edisyn writes a patch to the Kyra, the Krya may not update the screen to reflect this change.
- When Edisyn writes a parameter to the Kyra, you won't see that parameter updated unless you're looking at its page in the Kyra's screen.
- The Kyra has "Osc 1 Detune" available as a destination: but it's not a tunable parameter available on the Kyra. I am informed that the destination does in fact have an effect.
Thanks
Thanks to Manuel Caballero and Waldorf Music GmbH for their help in developing this patch editor, and to V. Hoyle for loaning me her unit. Thanks also to Fabio Montarsolo<EMAIL_ADDRESS>for bug testing.
| By
| Sean Luke
|
| Date
| December 25, 2020
|


• Home
• Software
• Assets
• Level 01
• Level 02
Level01 Lesson Resources
TAPPY PLANE
BREAKOUT
PLATFORMER


Want to get in touch with a fellow club member? Check out their details here in the members directory.
Email<EMAIL_ADDRESS>| Phone: 01234 567890
Email<EMAIL_ADDRESS>| Phone: 01234 567890
Email<EMAIL_ADDRESS>| Phone: 01234 567890


PyMDE: Minimum-Distortion Embedding¶
PyMDE is a Python library for computing vector embeddings of items, such as images, biological cells, nodes in a network, or any other type of abstract object. The embeddings are designed to minimally distort relationships between pairs of items, while possibly satisfying some constraints. PyMDE is based on the monograph Minimum-Distortion Embedding, which introduced a simple but general framework for embedding.
You can use PyMDE to:
visualize datasets, small or large;
embed into arbitrarily large dimensions (much greater than 2 or 3);
generate feature vectors for supervised learning;
compress high-dimensional vector data;
draw graphs;
and more.
Unlike other popular embedding methods, PyMDE also lets you
compute large embeddings quickly, using a GPU;
fit embeddings that satisfy constraints, such as having uncorrelated feature columns;
design custom embeddings (and recreate well-known ones, like PCA, Laplacian eigenmap, LargeVis, and UMAP);
sanity-check embeddings using principled methods;
look for outliers in original data.
Example¶
Here’s an example that shows how to use PyMDE to visualize high-dimensional vectors (which in this case are images from the MNIST dataset).
import pymde
mnist = pymde.datasets.MNIST()
embedding = pymde.preserve_neighbors(mnist.data, embedding_dim=2, verbose=True).embed()
pymde.plot(embedding, color_by=mnist.attributes['digits'])
Each point represents an image in the dataset, and every point is colored by the digit represented by its underlying image. However, only the raw pixel data was used to create the embedding. This example embedded into two dimensions, allowing us to plot the result, but PyMDE supports embedding into much larger dimensions.
This is just one of the many things that PyMDE can do.
Why use PyMDE?¶
There are many reasons to try out PyMDE. Here are some.
PyMDE is expressive. PyMDE is based on a simple but general framework for embedding, called Minimum-Distortion Embedding (MDE). The MDE framework generalizes well-known methods like PCA, spectral embedding, multi-dimensional scaling, LargeVis, and UMAP. With PyMDE, it is easy to recreate well-known embeddings and to create new ones, tailored to your particular application.
Unlike other embedding methods, PyMDE lets you impose constraints on the embedding. For example, the below GIFs show PyMDE computing three different kinds of embeddings of MNIST. The first and third embeddings are constrained to be standardized (which roughly means they have uncorrelated features), while the second is unconstrained. Standardized embeddings are favorably scaled for downstream machine learning tasks, such as supervised learning.
PyMDE is easy to use. It’s easy to get started with PyMDE. With just one line of code, you can embed high-dimensional vectors or the nodes of a graph into any target dimension. Creating custom embeddings is also easy, because PyMDE separates the description of an embedding from how it is computed: you say what kind of embedding you want, and PyMDE will compute it for you.
In addition to computing embeddings, PyMDE can plot them (if the embedding dimension is three or less), create GIFs of the embedding process, help you compare different embeddings, preprocess your data, and more.
PyMDE is principled. The MDE framework provides principled methods to debug and analyze embeddings. These methods can be used to make your embeddings more faithful to your original data, and to search for anomalies and outliers in the original data.
PyMDE is fast. PyMDE is competitive in runtime with more specialized embedding methods, like UMAP, and can scale to datasets with millions of items. With a GPU, it can be even faster. PyMDE scales well with the embedding dimension, meaning that you can easily embed into dimensions such as 50, 100, or 250.
Finally, PyMDE can draw graphs in orders of magnitude less time than libraries like NetworkX.


Match Play. 0-0 to 7. How should Red play 21?
pips Red=65 White=154
(CorrectAnswer= 0/0, ErrorScore= 0)
8/7, 8/6 is very nearly a blunder.
It creates a point you don’t want to make, and it will make some fours and fives in the future very bad numbers. In addition, White will have to give up Red’s 2-pt to hit with a six, destroying his back game possibilities.
Even if hit White will still has five rear checkers to shift while Red will have one.
8/6, 7/6 wins more games and more gammons so it is the standout play. In this case the risk is very much worth the reward.
It creates a point you don’t want to make, and it will make some fours and fives in the future very bad numbers. In addition, White will have to give up Red’s 2-pt to hit with a six, destroying his back game possibilities.
Even if hit White will still has five rear checkers to shift while Red will have one.
8/6, 7/6 wins more games and more gammons so it is the standout play. In this case the risk is very much worth the reward.
1. Cubeful 2-ply 8/6 7/6 Eq.: +0.361 0.597 0.338 0.018 - 0.403 0.039 0.000 2. Cubeful 2-ply 8/7 8/6 Eq.: +0.272 (-0.090) 0.573 0.322 0.014 - 0.427 0.047 0.000 3. Cubeful 2-ply 7/4 Eq.: +0.255 (-0.106) 0.572 0.318 0.014 - 0.428 0.057 0.000 4. Cubeful 0-ply 7/5 6/5 Eq.: +0.097 (-0.264) 0.532 0.278 0.012 - 0.468 0.075 0.001 5. Cubeful 0-ply 6/5 6/4 Eq.: +0.043 (-0.318) 0.517 0.271 0.010 - 0.483 0.082 0.001


module Blk:sig
..end
Logically block consists of a set of phi nodes, a sequence of definitions and a sequence of out-coming edges, aka jumps. A colloquial term for this three entities is a block element.
The order of Phi-nodes can be specified in any order, as they execute simultaneously . Definitions are stored in the order of execution. Jumps are specified in the order in which they should be taken, i.e., jmp_n is taken only after jmp_n-1 and if and only if the latter was not taken. For example, if block ends with N jumps, where each n-th jump have destination named t_n and condition c_n then it would have the semantics as per the following OCaml program:
if c_1 then jump t_1 else if c_2 then jump t_2 else if c_N then jump t_N else stop
typet =
Std.blk Std.term
typeelt =
[ `Def of Std.def Std.term
| `Jmp of Std.jmp Std.term
| `Phi of Std.phi Std.term ]
val create : ?tid:Std.tid -> unit -> t
create ()
creates a new empty block.val lift : Std.cfg -> Std.block -> Std.blk Std.term list
lift block
takes a basic block of assembly instructions and
lifts it to a list of blk terms. The first term in the list
is the entry.val from_insn : Std.insn -> Std.blk Std.term list
from_insn insn
creates an IR representation of a single
machine instruction insn
.val split_while : t ->
f:(Std.def Std.term -> bool) -> t * t
split_while blk ~f
splits blk
into two block: the first
block holds all definitions for which f p
is true and has
the same tid as blk
. The second block is freshly created and
holds the rest definitions (if any). All successors of the
blk
become successors of the second block, which becomes the
successor of the first block.
Note: if f def
is true
for all blocks, then the second
block will not contain any definitions, i.e., the result would
be the same as of split_bot function.
val split_after : t -> Std.def Std.term -> t * t
split_after blk def
creates two new blocks, where the first
block contains all defintions up to def
inclusive, the
second contains the rest.
Note: if def is not in a blk
then the first block will contain
all the defintions, and the second block will be empty.
val split_before : t -> Std.def Std.term -> t * t
val split_top : t -> t * t
split_top blk
returns two blocks, where first block shares
the same tid as blk
and has all $\Phi$-nodes of blk
, but
has only one destination, namely the second block. Second
block has new tidentity, but inherits all definitions and
jumps from the blk
.val split_bot : t -> t * t
split_top blk
returns two blocks, where first block shares
the same tid as blk
, has all $\Phi$-nodes and definitions
from blk
, but has only one destination, namely the second
block. Second block has new tidentity, all jumps from the
blk
.val elts : ?rev:bool -> t -> elt Std.seq
elts ~rev blk
return all elements of the blk
. if rev
is
false or left unspecified, then elements are returned in the
following order: $\Phi$-nodes, defs (in normal order), jmps in
the order in which they will be taken. If rev
is true, the
order will be the following: all jumps in the opposite order,
then definitions in the opposite order, and finally
$\Phi$-nodes.val map_exp : ?skip:[ `def | `jmp | `phi ] list ->
t -> f:(Std.exp -> Std.exp) -> t
map_exp b ~f
applies function f
for each expression in
block b
. By default function f
will be applied to all
values of type exp
, including right hand sides of phi-nodes,
definitions, jump conditions and targets. If skip
parameter
is specified, then terms of corresponding kind will be
skipped, i.e., function f
will not be applied to them.val map_elts : ?phi:(Std.phi Std.term -> Std.phi Std.term) ->
?def:(Std.def Std.term -> Std.def Std.term) ->
?jmp:(Std.jmp Std.term -> Std.jmp Std.term) ->
Std.blk Std.term -> Std.blk Std.term
map_elt ?phi ?def ?jmp blk
applies provided functions to the
terms of corresponding classes. All functions default to the
identity function.val substitute : ?skip:[ `def | `jmp | `phi ] list ->
t -> Std.exp -> Std.exp -> t
substitute ?skip blk x y
substitutes each occurrence of
expression x
with expression y
in block blk
. The
substitution is performed deeply. If skip
parameter is
specified, then terms of corresponding kind will be left
untouched.val map_lhs : ?skip:[ `def | `phi ] list ->
t -> f:(Std.var -> Std.var) -> t
map_lhs blk ~f
applies f
to every left hand side variable
in def and phi subterms of blk
. If skip
parameter is
specified, then terms of corresponding kind will be left
untouched. E.g., map_lhs ~skip:[`phi] ~f:(substitute vars)
will perform a substitution only on definitions (and will
ignore phi-nodes)val find_var : t ->
Std.var ->
[ `Def of Std.def Std.term | `Phi of Std.phi Std.term ]
option
find_var blk var
finds a last definition of a variable var
in a block blk
.val defines_var : t -> Std.var -> bool
defines_var blk x
true if there exists such phi term or def
term with left hand side equal to x
val free_vars : t -> Std.Var.Set.t
free_vars blk
returns a set of variables that occurs free
in block blk
. A variable is free, if it occurs unbound in the
expression and there is no preceding definition of this variable
in a block blk
.val uses_var : t -> Std.var -> bool
uses_var blk x
true if variable x
is in free_vars blk
.
If you need to call this function on several variables it is
better to compute free_vars
explicitly and use Set.mem
function.val occurs : t -> after:Std.tid -> Std.tid -> bool
occurs blk after:x def
if def
is occurs after definition
def
in blk
.module Builder:sig
..end
include Regular.S


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| Personal Information | |
|---|---|
| Name | Mathew |
| Surname: | Hooper |
| Birth Date: | 05/08/1978 |
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| Job Information | |
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| Job Title: | Web Designer |
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Web Map Service (WMS)¶
NCI’s GSKY Data Server supports the Open Geospatial Consortium (OGC) Web Map Service (WMS), which is a standard protocol for serving geospatial data as images (e.g., PNG).
Constructing WMS Requests¶
To request a spatial subset of data through GSKY using WMS, a GetMap URL defining the subset has to be constructed. This URL can be used within a web browser to communicate to the GSKY Data Server, which will return the requested map image of the subset.
For example, the GetMap request takes the following form:
http://gsky.nci.org.au/ows/dea?service=WMS&version=1.3.0&request=GetMap&layers=value&crs=value &styles=value &format=value &bbox=value&width=value &height=value &colorscalerange=value &transparent=value&time=value&Styles=value
where red indicates required fields, blue are optional, and green are where input values relevant to the dataset and user request need to be defined.
GetMap parameters:
Parameter |
Required/Optional |
Input |
|---|---|---|
service |
Required |
|
version |
Required |
|
request |
Required |
|
layers |
Required |
|
crs |
Required |
|
format |
Required |
|
bbox |
Required |
|
width |
Required |
|
height |
Required |
|
colorscalerange |
Optional |
|
transparent |
Optional |
|
time |
Optional |
|
Styles |
Optional |
|
**
Syntax differences for v1.1.1 GetMap requests:
Use
src
in place ofcrs
The order of
bbox
values are:<xmin,ymin,xmax,ymax>
WMS GetCapabilities request¶
Where do you find valid input values?
In order to contruct the GetMap URL, a GetCapabilities request can be made to the server. This requests returns an xml describing the available WMS parameters (metadata, services, and data) made available by NCI’s GSKY server.
GetCapabilities example:
WMS GetMap request¶
Using the information returned from a GetCapabilities request, a GetMap URL can be constructed and then entered into the address bar of any web browser.
Example GetMap request:
If the URL is correctly formed, the requested map will be displayed.


This jQuery plugin lets you create fullscreen galleries where the slides are shown on the entire screen using the fullscreen APIs provided by Firefox 10+ and Chrome 15+ (and possibly Safari 5.1+).
In all other browsers it falls back to displaying the slideshow in the entire viewport.
Pictures take from Wikimedia Commons Picture of the Year 2007.
© Copyright 2012 by Eike Send
The code is licensed under the MIT and the GPLv2 Licenses, just like jQuery.
Learn more about the fullscreen API:


Welcome to python.org. https://www.python.org/about/.
An Introduction to JavaScript. The Modern JavaScript Tutorial. (2021, January 4). https://javascript.info/intro.
freeCodeCamp.org. (2020, February 12). The Advantages and Disadvantages of JavaScript. freeCodeCamp.org. https://www.freecodecamp.org/news/the-advantages-and-disadvantages-of-javascript/.
Bertobox. bertobox/CSS-for-APA-Style-references. GitHub. https://github.com/bertobox/CSS-for-APA-Style-references.
Eastwood, B. (2021, February 2). The 10 Most Popular Programming Languages to Learn in 2020. Northeastern University Graduate Programs. https://www.northeastern.edu/graduate/blog/most-popular-programming-languages/.
GitHut 2.0. https://madnight.github.io/githut/#/pull_requests/2020/4.
Advani, V. (2021, February 25). 34 Open-Source Python Libraries You Should Know About. GreatLearning Blog: Free Resources what Matters to shape your Career! https://www.mygreatlearning.com/blog/open-source-python-libraries/.


@()
@templates.main("ScrumKPIs") {
ScrumKPIs is a project to help report on Agile team performance. Normally, a
ScrumMaster or software manager would use the tools that come with a ticket
tracking system. These tend to lack flexibility because they have a particular
Agile structure they use. For instance, you may need to completely close a scrum
before you can report on it. This tool allows you to skip a lot of the formality
and just get the numbers.
}


Rajath Kotyal
My Projects :
Secretary, Protocol BMSCE
CEO, Peekaboo Minimals
DataScience • ML • Python • Business Analytics • Finance
rajathkotyal
Rajath Kotyal
@KotyalRajath
Medium Blog
Python
MiniML
Test out various classification models like SVM, GaussianNB, K-Nearest etc. on your dataset by applying various hyper parameters In real time & choose the best model for your data.
Link to WebApp
3
0
Python
Risky Business
Python Library containing various functions to analyse the risk of a business.
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HTML, Python
Stock Market Analysis & Prediction
Stock Market Analysis and Prediction is the project on technical analysis, visualization and prediction using data provided by Google Finance.
1
0
Jupyter Notebook
Customer Segmentation
A K-Means Clustering algorithm is built around a shopping mall dataset such that the customers are Seperated/Clustered into different catagories.
1
0


{% extends "job_logs/base.html" %} {% block header %}
JobLog keeps track of your jobs while you're on the job hunt


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--- layout: page title: Registration registration_state: closed form_api_token: f6eb7678607cf8d0f1b8f52b15b1922d email<EMAIL_ADDRESS>--- {% case page.registration_state %} {% when 'notyet' %}
{% when 'closed' %} {% when 'open' %}You can use this form to register for the {{ site.title }}.
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Recipe of Life
- 4 cups of Love
- 2 cups of Loyalty
- 3 cups of Forgiveness
- 1 cup of Friendship
- 5 spoons of Hope
- 2 spoons of Tenderness
- 4 quarts of Faith
- 1 barrel of Laughter
Steps in the making
- Take Love and Loyalty, mix it thoroughly with Faith.
- Blend it with Tenderness, Kindness & Understanding.
- Sprinkle abundantly with Laughter.
- Bake it with Sunshine.
- Serve daily with Generous helpings as toppings.
Note: To make :first-child
to work in IE8 and earlier, a
must be declared at the top of document.


Iranian dual nationals among those arrested during petrol price hike unrest: Fars news
GENEVA (Reuters) - Iranian dual nationals are among those arrested since last week during unrest over a petrol price hike, the semi-official Fars news agency reported on Wednesday.
Citing security sources, Fars reported that detained German, Turkish and Afghan dual nationals had been trained and funded by foreign services to carry out operations for destroying infrastructure and stirring up civil disobedience.


Syntax:
disassemble fn => nil
Arguments and Values:
fn---an extended function designator or a lambda expression.
Description:
The function disassemble is a debugging aid that composes symbolic instructions or expressions in some implementation-dependent language which represent the code used to produce the function which is or is named by the argument fn. The result is displayed to standard output in an implementation-dependent format.
If fn is a lambda expression or interpreted function, it is compiled first and the result is disassembled.
If the fn designator is a function name, the function that it names is disassembled. (If that function is an interpreted function, it is first compiled but the result of this implicit compilation is not installed.)
Examples:
(defun f (a) (1+ a)) => F (eq (symbol-function 'f) (progn (disassemble 'f) (symbol-function 'f))) => true
Side Effects: None.
Affected By:
Exceptional Situations:
Should signal an error of type type-error if fn is not an extended function designator or a lambda expression.
See Also: None.
Notes: None.


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| 1. | A | 70.55% |
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p. This is paragraph
muted-text. This is muted text
You can use the mark tag to highlight text.
This line of text is meant to be treated as deleted text.
This line of text is meant to be treated as no longer accurate.
This line of text is meant to be treated as an addition to the document.
This line of text will render as underlined
This line of text is meant to be treated as fine print.
This line rendered as bold text.
This line rendered as italicized text.


cytopy.data.fcs_experiments¶
Classes
|
Document representation of Flow Cytometry experiment |
-
class
cytopy.data.fcs_experiments.
FCSExperiment
(*args, **values)¶ Bases:
mongoengine.document.Document
Document representation of Flow Cytometry experiment
- Parameters
experiment_id (str, required) – Unique identifier for experiment
panel (ReferenceField, required) – Panel object describing associated channel/marker pairs
fcs_files (ListField) – Reference field for associated files
flags (str, optional) – Warnings associated to experiment
notes (str, optional) – Additional free text comments
gating_templates (ListField) – Reference to gating templates associated to this experiment
meta_cluster_ids (ListField) – List of IDs for meta clusters belonging to this experiment
Miscellaneous
Methods
add_new_sample
(sample_id, file_path, …)Add a new sample (FileGroup) to this experiment
cascade_save
(**kwargs)Recursively save any references and generic references on the document.
clean
()Hook for doing document level data cleaning before validation is run.
Compares the indexes defined in MongoEngine with the ones existing in the database.
create_index
(keys[, background])Creates the given indexes if required.
delete
([signal_kwargs])Delete the
Document
from the database.delete_all_populations
(sample_id, remove_gates)Delete population data associated to experiment.
delete_gating_templates
(template_name)Remove association and delete gating template.
Drops the entire collection associated with this
Document
type from the database.ensure_index
(key_or_list[, drop_dups, …])Ensure that the given indexes are in place.
Checks the document meta data and ensures all the indexes exist.
fetch_sample_mid
(sample_id)Given a sample ID (for a sample belonging to this experiment) return it’s mongo ObjectID as a string
from_json
(json_data[, created])Converts json data to a Document instance
Get text score from text query
Lists all of the indexes that should be created for given collection.
Generate list of sample IDs for samples that have the ‘invalid’ flag in their flag attribute
list_samples
(valid_only)Generate a list IDs of file groups associated to experiment
modify
([query])Perform an atomic update of the document in the database and reload the document object using updated version.
pull_sample
(sample_id)Given a sample ID, return the corresponding FileGroup object
pull_sample_data
(sample_id, sample_size, …)Given a sample ID, associated to this experiment, fetch the fcs data
pull_sample_mappings
(sample_id)Given a sample ID, return a dictionary of channel/marker mappings for all associated fcs files
register_delete_rule
(document_cls, …)This method registers the delete rules to apply when removing this object.
reload
(*fields, **kwargs)Reloads all attributes from the database.
remove_sample
(sample_id)Remove sample (FileGroup) from experiment.
sample_exists
(sample_id)Returns True if the given sample_id exists in FCSExperiment
save
([force_insert, validate, clean, …])Save the
Document
to the database.select_related
([max_depth])Handles dereferencing of
DBRef
objects to a maximum depth in order to cut down the number queries to mongodb.switch_collection
(collection_name[, …])Temporarily switch the collection for a document instance.
switch_db
(db_alias[, keep_created])Temporarily switch the database for a document instance.
to_dbref
()Returns an instance of
DBRef
useful in __raw__ queries.to_json
(*args, **kwargs)Convert this document to JSON.
to_mongo
(*args, **kwargs)Return as SON data ready for use with MongoDB.
update
(**kwargs)Performs an update on the
Document
A convenience wrapper toupdate()
.validate
([clean])Ensure that all fields’ values are valid and that required fields are present.
Classes
Metaclass for top-level documents (i.e.
Attributes
Get the primary key.
-
exception
DoesNotExist
¶ Bases:
mongoengine.errors.DoesNotExist
-
with_traceback
()¶ Exception.with_traceback(tb) – set self.__traceback__ to tb and return self.
-
-
exception
MultipleObjectsReturned
¶ Bases:
mongoengine.errors.MultipleObjectsReturned
-
with_traceback
()¶ Exception.with_traceback(tb) – set self.__traceback__ to tb and return self.
-
-
add_new_sample
(sample_id: str, file_path: str, controls: list = None, subject_id: str = None, comp_matrix: str = None, compensate: bool = True, feedback: bool = True, catch_standardisation_errors: bool = False, processing_datetime: str = None, collection_datetime: str = None) → str¶ Add a new sample (FileGroup) to this experiment
- Parameters
sample_id (str) – Primary ID for identification of sample (FileGroup.primary_id)
subject_id (str, optional) – ID for patient to associate sample too
file_path (str) – File path of the primary fcs file (e.g. the fcs file that is of primary interest such as the file with complete staining)
controls (list) – list of dictionary objects containing file paths for control files e.g. a list of file paths for associated FMO controls
comp_matrix (str, optional) – Path to csv file for spillover matrix for compensation calculation; if not supplied the matrix linked within the fcs file will be used, if not present will present an error
compensate (bool, (default=True)) – Boolean value as to whether compensation should be applied before data entry (default=True)
feedback (bool, (default=True)) – If True function will provide feedback in the form of print statements (default=True)
catch_standardisation_errors (bool, (default=True)) – If True, standardisation errors will cause process to abort
processing_datetime (str, optional) –
collection_datetime (str, optional) –
- Returns
MongoDB ObjectID string for new FileGroup entry
- Return type
str or None
-
cascade_save
(**kwargs)¶ Recursively save any references and generic references on the document.
-
clean
()¶ Hook for doing document level data cleaning before validation is run.
Any ValidationError raised by this method will not be associated with a particular field; it will have a special-case association with the field defined by NON_FIELD_ERRORS.
-
classmethod
compare_indexes
()¶ Compares the indexes defined in MongoEngine with the ones existing in the database. Returns any missing/extra indexes.
-
classmethod
create_index
(keys, background=False, **kwargs)¶ Creates the given indexes if required.
- Parameters
keys – a single index key or a list of index keys (to construct a multi-field index); keys may be prefixed with a + or a - to determine the index ordering
background – Allows index creation in the background
-
delete
(signal_kwargs=None, **write_concern)¶ Delete the
Document
from the database. This will only take effect if the document has been previously saved.- Parameters
signal_kwargs – (optional) kwargs dictionary to be passed to the signal calls.
write_concern – Extra keyword arguments are passed down which will be used as options for the resultant
getLastError
command. For example,save(..., w: 2, fsync: True)
will wait until at least two servers have recorded the write and will force an fsync on the primary server.
Changed in version 0.10.7: Add signal_kwargs argument
-
delete_all_populations
(sample_id: str, remove_gates: bool = False) → None¶ Delete population data associated to experiment. Give a value of ‘all’ for sample_id to remove all population data for every sample.
- Parameters
sample_id (str) – Name of sample to remove populations from’; give a value of ‘all’ for sample_id to remove all population data for every sample.
remove_gates (bool, (default=False)) – If True, all stored gating information will also be removed
- Returns
- Return type
None
-
delete_gating_templates
(template_name: str) → None¶ Remove association and delete gating template. If template_name is ‘all’, then all associated gating templates will be deleted and removed
- Parameters
template_name (str) – Name of template to remove; if ‘all’, then all associated gating templates will be deleted and removed
- Returns
- Return type
None
-
classmethod
drop_collection
()¶ Drops the entire collection associated with this
Document
type from the database.Raises
OperationError
if the document has no collection set (i.g. if it is abstract)Changed in version 0.10.7:
OperationError
exception raised if no collection available
-
classmethod
ensure_index
(key_or_list, drop_dups=False, background=False, **kwargs)¶ Ensure that the given indexes are in place. Deprecated in favour of create_index.
- Parameters
key_or_list – a single index key or a list of index keys (to construct a multi-field index); keys may be prefixed with a + or a - to determine the index ordering
background – Allows index creation in the background
drop_dups – Was removed/ignored with MongoDB >2.7.5. The value will be removed if PyMongo3+ is used
-
classmethod
ensure_indexes
()¶ Checks the document meta data and ensures all the indexes exist.
Global defaults can be set in the meta - see guide/defining-documents
Note
You can disable automatic index creation by setting auto_create_index to False in the documents meta data
-
fetch_sample_mid
(sample_id: str) → str¶ Given a sample ID (for a sample belonging to this experiment) return it’s mongo ObjectID as a string
- Parameters
sample_id (str) – Sample ID for sample of interest
- Returns
string value for ObjectID
- Return type
str or None
-
classmethod
from_json
(json_data, created=False)¶ Converts json data to a Document instance
- Parameters
json_data (str) – The json data to load into the Document
created (bool) –
Boolean defining whether to consider the newly instantiated document as brand new or as persisted already: * If True, consider the document as brand new, no matter what data
it’s loaded with (i.e. even if an ID is loaded).
If False and an ID is NOT provided, consider the document as brand new.
If False and an ID is provided, assume that the object has already been persisted (this has an impact on the subsequent call to .save()).
Defaults to
False
.
-
get_text_score
()¶ Get text score from text query
-
classmethod
list_indexes
()¶ Lists all of the indexes that should be created for given collection. It includes all the indexes from super- and sub-classes.
-
list_invalid
() → list¶ Generate list of sample IDs for samples that have the ‘invalid’ flag in their flag attribute
- Returns
List of sample IDs for invalid samples
- Return type
list
-
list_samples
(valid_only: bool = True) → list¶ Generate a list IDs of file groups associated to experiment
- Parameters
valid_only (bool) – If True, returns only valid samples (samples without ‘invalid’ flag)
- Returns
List of IDs of file groups associated to experiment
- Return type
list
-
modify
(query=None, **update)¶ Perform an atomic update of the document in the database and reload the document object using updated version.
Returns True if the document has been updated or False if the document in the database doesn’t match the query.
Note
All unsaved changes that have been made to the document are rejected if the method returns True.
- Parameters
query – the update will be performed only if the document in the database matches the query
update – Django-style update keyword arguments
-
my_metaclass
¶ alias of
mongoengine.base.metaclasses.TopLevelDocumentMetaclass
-
property
pk
¶ Get the primary key.
-
pull_sample
(sample_id: str) → cytopy.data.fcs.FileGroup¶ Given a sample ID, return the corresponding FileGroup object
- Parameters
sample_id (str) – Sample ID for search
- Returns
If sample does not belong to experiment, returns Null, else returns sample FileGroup
- Return type
FileGroup or None
-
pull_sample_data
(sample_id: str, sample_size: int = None, include_controls: bool = True, output_format: str = 'dataframe', columns_default: str = 'marker') → list¶ Given a sample ID, associated to this experiment, fetch the fcs data
- Parameters
sample_id (str) – ID of sample to fetch data for
sample_size (int or None, (default=None)) – If provided with an integer value, a sample of data of given size will be returned (sample drawn from a uniform distribution)
include_controls (bool, (default=True)) – If True (default) then control files associated to sample are included in the result
output_format (str, (default='dataframe')) – Preferred format of output; can either be ‘dataframe’ for a pandas dataframe, or ‘matrix’ for a numpy array
columns_default (str, (default='marker')) – Naming convention for returned dataframes; must be either ‘marker’ or ‘channel’
- Returns
List of dictionaries {id: file id, typ: data type, either raw or normalised, data: dataframe/matrix}
- Return type
list or None
-
pull_sample_mappings
(sample_id: str)¶ Given a sample ID, return a dictionary of channel/marker mappings for all associated fcs files
- Parameters
sample_id (str) – Sample ID for search
- Returns
Dictionary of channel/marker mappings for each associated fcs file
- Return type
dict
-
classmethod
register_delete_rule
(document_cls, field_name, rule)¶ This method registers the delete rules to apply when removing this object.
-
reload
(*fields, **kwargs)¶ Reloads all attributes from the database.
- Parameters
fields – (optional) args list of fields to reload
max_depth – (optional) depth of dereferencing to follow
New in version 0.1.2.
Changed in version 0.6: Now chainable
Changed in version 0.9: Can provide specific fields to reload
-
remove_sample
(sample_id: str) → bool¶ Remove sample (FileGroup) from experiment.
- Parameters
sample_id (str) – ID of sample to remove
- Returns
True if successful
- Return type
bool
-
sample_exists
(sample_id: str) → bool¶ Returns True if the given sample_id exists in FCSExperiment
- Parameters
sample_id (str) – Name of sample to search for
- Returns
True if exists, else False
- Return type
bool
-
save
(force_insert=False, validate=True, clean=True, write_concern=None, cascade=None, cascade_kwargs=None, _refs=None, save_condition=None, signal_kwargs=None, **kwargs)¶ Save the
Document
to the database. If the document already exists, it will be updated, otherwise it will be created.- Parameters
force_insert – only try to create a new document, don’t allow updates of existing documents.
validate – validates the document; set to
False
to skip.clean – call the document clean method, requires validate to be True.
write_concern – Extra keyword arguments are passed down to
save()
ORinsert()
which will be used as options for the resultantgetLastError
command. For example,save(..., write_concern={w: 2, fsync: True}, ...)
will wait until at least two servers have recorded the write and will force an fsync on the primary server.cascade – Sets the flag for cascading saves. You can set a default by setting “cascade” in the document __meta__
cascade_kwargs – (optional) kwargs dictionary to be passed throw to cascading saves. Implies
cascade=True
._refs – A list of processed references used in cascading saves
save_condition – only perform save if matching record in db satisfies condition(s) (e.g. version number). Raises
OperationError
if the conditions are not satisfiedsignal_kwargs – (optional) kwargs dictionary to be passed to the signal calls.
Changed in version 0.5: In existing documents it only saves changed fields using set / unset. Saves are cascaded and any
DBRef
objects that have changes are saved as well.Changed in version 0.6: Added cascading saves
Changed in version 0.8: Cascade saves are optional and default to False. If you want fine grain control then you can turn off using document meta[‘cascade’] = True. Also you can pass different kwargs to the cascade save using cascade_kwargs which overwrites the existing kwargs with custom values.
Changed in version 0.8.5: Optional save_condition that only overwrites existing documents if the condition is satisfied in the current db record.
Changed in version 0.10:
OperationError
exception raised if save_condition fails.Changed in version 0.10.1: :class: save_condition failure now raises a SaveConditionError
Changed in version 0.10.7: Add signal_kwargs argument
Handles dereferencing of
DBRef
objects to a maximum depth in order to cut down the number queries to mongodb.New in version 0.5.
-
switch_collection
(collection_name, keep_created=True)¶ Temporarily switch the collection for a document instance.
Only really useful for archiving off data and calling save():
user = User.objects.get(id=user_id) user.switch_collection('old-users') user.save()
- Parameters
collection_name (str) – The database alias to use for saving the document
keep_created (bool) – keep self._created value after switching collection, else is reset to True
See also
Use
switch_db
if you need to read from another database
-
switch_db
(db_alias, keep_created=True)¶ Temporarily switch the database for a document instance.
Only really useful for archiving off data and calling save():
user = User.objects.get(id=user_id) user.switch_db('archive-db') user.save()
- Parameters
db_alias (str) – The database alias to use for saving the document
keep_created (bool) – keep self._created value after switching db, else is reset to True
See also
Use
switch_collection
if you need to read from another collection
-
to_dbref
()¶ Returns an instance of
DBRef
useful in __raw__ queries.
-
to_json
(*args, **kwargs)¶ Convert this document to JSON.
- Parameters
use_db_field – Serialize field names as they appear in MongoDB (as opposed to attribute names on this document). Defaults to True.
-
to_mongo
(*args, **kwargs)¶ Return as SON data ready for use with MongoDB.
-
update
(**kwargs)¶ Performs an update on the
Document
A convenience wrapper toupdate()
.Raises
OperationError
if called on an object that has not yet been saved.
-
validate
(clean=True)¶ Ensure that all fields’ values are valid and that required fields are present.
Raises
ValidationError
if any of the fields’ values are found to be invalid.


Some functions at the intersection of 'dplyr' and 'purrr' that formerly lived in 'purrr'.
| Version: | 0.0.3 |
| Imports: | magrittr (≥ 1.5), dplyr (≥ 0.4.3), purrr, Rcpp |
| LinkingTo: | Rcpp, BH |
| Suggests: | testthat, covr |
| Published: | 2018-05-29 |
| Author: | Lionel Henry [aut, cre], Hadley Wickham [ctb], RStudio [cph] |
| Maintainer: | Lionel Henry <lionel at rstudio.com> |
| BugReports: | https://github.com/hadley/purrrlyr/issues |
| License: | GPL-3 | file LICENSE |
| URL: | https://github.com/hadley/purrrlyr |
| NeedsCompilation: | yes |
| Materials: | README NEWS |
| CRAN checks: | purrrlyr results |
| Reference manual: | purrrlyr.pdf |
| Package source: | purrrlyr_0.0.3.tar.gz |
| Windows binaries: | r-devel: purrrlyr_0.0.3.zip, r-release: purrrlyr_0.0.3.zip, r-oldrel: purrrlyr_0.0.3.zip |
| OS X binaries: | r-release: purrrlyr_0.0.3.tgz, r-oldrel: purrrlyr_0.0.3.tgz |
| Old sources: | purrrlyr archive |
| Reverse imports: | ggstatsplot, rcrtan |
| Reverse suggests: | eechidna, evaluator, snakecase |
Please use the canonical form https://CRAN.R-project.org/package=purrrlyr to link to this page.


http://www.susangranger.com/
Susan Granger's review of "CHOCOLAT" (Miramax Films)
"Once upon a time, there was a quiet little village in the French countryside, where people believed in tranquillity. You knew your place in the scheme of things and, if you happened to forget, someone would remind you." That's the way Lasse Hallstrom ("The Cider House Rules") begins this romantic magical fable about a mysterious single mother (Juliette Binoche) opens a chocolate shop during Lent, antagonizing the righteous, patriarchal Mayor (Alfred Molina) and young priest (Hugh O'Conor) but tempting and transforming the stodgy, drab townsfolk with her tasty confections - while teaching tolerance. A Julia Roberts lookalike, Juliette Binoche embodies this sensual, cocoa-obsessed woman, delving into life's dark bitterness and frothy sweetness, as she mothers her troubled daughter (Victoire Thivisol) and romances sexy Johnny Depp, a guitar-strumming vagabond.  Hallstrom's real-life wife, Lena Olin engages as the abused wife of brutish cafe-owner Peter Stormare but Leslie Caron has barely a cameo as a Gallic matron. Combining a dollop of "Like Water for Chocolate," a dash of "Tom Jones" and a pinch of "Woman on Top," the story uses chocolate as a metaphor for pleasure, freedom and rebellion. Adapting Joanne Harris' richly layered best-seller, screenwriter Robert Nelson Jacobs has wisely changed the villainous priest into a prissy nobleman. Roger Pratt's cinematography is luscious so, although it's utterly predictable, this is a scrumptious morsel that melts "ever so slowly on your tongue and tortures you with pleasure." On the Granger Movie Gauge of 1 to 10, "Chocolat" is a delicious 8, a decadent, delectable treat. Indulge yourself!
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.
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Related links: index of all rec.arts.movies.reviews reviews


---
layout: post
title: Every Person has a Theology
date: '2009-09-03T08:55:00.003-05:00'
author: Jabell
tags:
- Theology
- Quotes
modified_time: '2009-09-03T08:59:45.896-05:00'
blogger_id: tag:blogger.com,1999:blog-19739956.post-218938137257618264
blogger_orig_url: http://theabellsix.blogspot.com/2009/09/every-person-has-theology.html
---
"The question is not whether you have a theology. Every person has a theology. The question is whether your theology is good or bad."
—Quoted in various forms by lots of people


iOS 13.2 and iPadOS 13.2 productivity secrets
by Adrian Kingsley-HughesIf you type or edit text a lot on your iPhone or iPad, then these tips and tricks will boost your efficiency and help you get more done in less time.
I'm amazed how many features Apple builds into iOS, and then just leaves them hidden for me to find. Here are a crop of tips and tricks for working with words on your iPhone or iPad.
All of these are spectacularly useful, and once you've used them a few times you'll be amazed how easy and natural they feel.
Must read: Eight things I love about iOS
Tip #1: Text selection
iOS 13 and iPadOS 13 gives you very fine control over text selection using taps:
- Double tap: Select a word
- Triple tap: Select a sentence
- Quadruple tap: Select a paragraph
Tip #2: Undo and redo
These often-used functions get a long-awaited revamp:
- Swipe left with three fingers to undo
- Swipe right with three fingers to redo
- You can also use a three-finger double-tap to undo, which feels a little bit awkward initially but soon becomes second nature.
Tip #3: Copy, cut, and paste
Now we're getting advanced. I recommend practicing these on some scrap text before using them.
- Pinch in with three fingers to copy
- Pinch in with three fingers twice to cut
- Pinch out (or unpinch!!) with three fingers to paste
Tip #4: Moving the cursor
Just place your finger on the cursor and move it. Think of it as picking it up and dropping it down somewhere else. So simple, yet it took me a while to figure it out (I was jabbing at the screen too hard).
See also:
- The world's best power bank: The Zendure SuperTank
- More weird and super useful gadgets (that make great gifts too!)
- iPhone and iPad owners have been in a mad rush to install iOS 13
- Where Google's Pixel 4 and Apple's iPhone 11 fail
- iOS 13: New features you might have missed
- How to dramatically improve your typing speed on an iPad (or make your typing more accurate)
- iOS 13 battery life bad? Top tips to fix battery drain issues
- Must-have productivity apps and accessories for the iPad Pro


brightness_5
Choose Your State
Alabama
Alaska
Arizona
Arkansas
California
Colorado
Connecticut
Delaware
District Of Columbia
Florida
Georgia
Hawaii
Idaho
Illinois
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Montana
Nebraska
Nevada
New Hampshire
New Jersey
New Mexico
New York
North Carolina
North Dakota
Ohio
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Oregon
Pennsylvania
Rhode Island
South Carolina
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Tennessee
Texas
Utah
Vermont
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Washington
West Virginia
Wisconsin
Wyoming
attach_money
Average Montly Bill (USD)
lightbulb_outline
Average Monthly Usage (kWh)
home
House or Lot Size (Sq. Ft.)
Calculate
Reset
ANSWER A
DC kW system
You will need a
ANSWER A
DC kW system to cover 100% of your monthly power usage
Save
$
ANSWER B
each month
Each month, you will save $
ANSWER B
in electric bills
ANSWER C
solar panels
You can cover your home with
ANSWER C
solar panels and produce
ANSWER D
DC kW


After over 15 years working in healthcare and community non-profit organizations as a clinical social worker, I am excited to take my problem-solving skills into the world of tech. I am a January 2021 graduate of University of Connecticut's Full Stack Developer Certificate Bootcamp.
I love the endless creative potential of programming languages, and am passionate about applying my expertise in psychology and human behavior to building applications that provide ease and accessability in user experience. I'm currently excited to be diving deeper into CSS, JavaScript, React and MySQL.