--- layout: post title: Quick Sew Pants date: 2012-06-14 10:46:31.000000000 -04:00 categories: - Craft - Sewing tags: - Easy sewing pattern for boys - Easy sewing pattern for girls - Nature Walk pants - Oliver + S - Oliver and S pattern - Quick sewing pattern - Tracksuit pants pattern status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188577998' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
I spent just one hour today sewing, and actually finished what I started (shocked, I know!). I made the Oliver + S Nature Walk pants. What a lovely simple pattern. The instructions are very clear and there isn't much to making them up. This is an older pattern, so not sure if it is still available. The sizing goes from 6 months to 4 years. I made size 3.  I didn't hem them, as they were the perfect length. I used cotton/polyester fleece, same stuff tracksuits are made from, which has a nice stretch, so should be nice and cosy for Jairah. He seems to be going through multiple clothes during the day, due to lots of lovely mud, so they will get plenty of wear. In fact, I think I might even make him another pair. I would like some in my size, they would be great for yoga.
Jairah happily posed for photos.  Jacinta x


There is nothing wrong with the program.
Since color
is a primitive data type,
an expression such as
color == 'V'
compares the contents of color (a character) to the character literal 'V'. However, the following would be wrong:
color == "V"
This is asking to compare the character value in color
with a reference to the String object "V".
That is the end of this chapter. A strong case can be made for reviewing the following subjects.
The next chapter will discuss the do
statement.


See: Description
| Interface | Description |
|---|---|
| AbstractTupleWriter.TupleWriterListener |
Listener (callback) to handle requests to add a new column to a tuple (row
or map).
|
| OffsetVectorWriter |
Interface for specialized operations on an offset vector.
|
| RepeatedListWriter.ArrayListener | |
| UnionWriterImpl.UnionShim | |
| WriterEvents |
Internal interface used to control the behavior
of writers.
|
| WriterEvents.ColumnWriterListener |
Listener (callback) for vector overflow events.
|
| Class | Description |
|---|---|
| AbstractArrayWriter |
Writer for an array-valued column.
|
| AbstractArrayWriter.ArrayObjectWriter |
Object representation of an array writer.
|
| AbstractArrayWriter.BaseArrayWriter | |
| AbstractFixedWidthWriter |
Base class for writers for fixed-width vectors.
|
| AbstractFixedWidthWriter.BaseFixedWidthWriter | |
| AbstractFixedWidthWriter.BaseIntWriter |
Base class for writers that use the Java int type as their native
type.
|
| AbstractObjectWriter |
Abstract base class for the object layer in writers.
|
| AbstractScalarWriter |
Base class for concrete scalar column writers including actual vector
writers, and wrappers for nullable types.
|
| AbstractScalarWriterImpl |
Column writer implementation that acts as the basis for the
generated, vector-specific implementations.
|
| AbstractScalarWriterImpl.ScalarObjectWriter |
Wraps a scalar writer and its event handler to provide a uniform
JSON-like interface for all writer types.
|
| AbstractTupleWriter |
Implementation for a writer for a tuple (a row or a map.) Provides access to each
column using either a name or a numeric index.
|
| AbstractTupleWriter.TupleObjectWriter |
Generic object wrapper for the tuple writer.
|
| BaseScalarWriter |
Column writer implementation that acts as the basis for the
generated, vector-specific implementations.
|
| BaseVarWidthWriter |
Base class for variable-width (VarChar, VarBinary, etc.) writers.
|
| BitColumnWriter |
Specialized writer for bit columns.
|
| ColumnWriterFactory |
Gather generated writer classes into a set of class tables to allow rapid
run-time creation of writers.
|
| DictEntryWriter |
Writer for a Dict entry.
|
| DictEntryWriter.DictEntryObjectWriter | |
| EmptyListShim |
Internal implementation for a list of (possible) variants when
the list has no type associated with it at all.
|
| ListWriterImpl |
List writer, which is basically an array writer, with the addition
that each list element can be null.
|
| MapWriter |
Writer for a Drill Map type.
|
| MapWriter.ArrayMapWriter |
Writer for a an array of maps.
|
| MapWriter.DummyArrayMapWriter | |
| MapWriter.DummyMapWriter | |
| MapWriter.SingleMapWriter |
Writer for a single (non-array) map.
|
| NullableScalarWriter | |
| NullableScalarWriter.ChildIndex | |
| ObjectArrayWriter |
Writer for an array of either a map or another array.
|
| ObjectDictWriter |
The implementation represents the writer as an array writer
with special dict entry writer as its element writer.
|
| ObjectDictWriter.DictObjectWriter | |
| OffsetVectorWriterImpl |
Specialized column writer for the (hidden) offset vector used
with variable-length or repeated vectors.
|
| RepeatedListWriter |
Implements a writer for a repeated list.
|
| ScalarArrayWriter |
Writer for a column that holds an array of scalars.
|
| SimpleListShim |
Shim for a list that holds a single type, but may eventually become a
list of variants.
|
| UnionVectorShim |
Lists can operate in three modes: no type, one type or many
types (that is, a list of unions.) This shim implements the
variant writer when the backing vector is a union or a list
backed by a union.
|
| UnionWriterImpl |
Writer to a union vector.
|
| UnionWriterImpl.VariantObjectWriter |
| Enum | Description |
|---|---|
| WriterEvents.State |
Tracks the write state of a tuple or variant to allow applying the correct
operations to newly-added columns to synchronize them with the rest
of the writers.
|
A repeated map, a list, a repeated list and any array (repeated) scalar all are array-like. Nullable and required modes are identical (single values), but a nullable has an additional is-set ("bit") vector.
The writers (and readers) borrow concepts from JSON and relational theory to simplify the problem:
This data model is similar to; but has important differences from, the prior, generated, readers and writers. This version is based on the concept of minimizing the number of writer classes, and leveraging Java primitives to keep the number of get/set methods to a reasonable size. This version also automates vector allocation, vector overflow and so on.
The object layer is new: it is the simplest way to model the three "object types." An app using this code would use just the leaf scalar readers and writers.
Similarly, the ColumnWriter
interface provides a uniform way to
access services common to all writer types, while allowing each JSON-like
writer to provide type-specific ways to access data.
The most complex part is List support for the transition from a single type to a union of types. The API should be simple: the client should not have to be aware of the transition.
To make this work, the writers provide two options:
The PromotableListWriter
handles the complex details of providing
the above simple API in the array-of-variant case.
+------------+
+-------------------------- | Result Set |
v | Loader |
+----------------+ +---------+ +------------+
| Metadata | <-- | Row Set | |
| Implementation | | Tools | |
+----------------+ +---------+ |
java-exec | | |
------------------- | ------------------- | ------ | ------------
vector v v v
+------------+ +-----------+
| Metadata | <--------- | Column |
| Interfaces | | Accessors |
+------------+ +-----------+
|
v
+---------+
| Value |
| Vectors |
+---------+
Copyright © 2021 The Apache Software Foundation. All rights reserved.


Typed CSV Specification
Rationale
The purpose of the typed csv specification is to build on the common csv (comma separated value) specification with a standard unambigious format.
The key issues with most csv files at present are:
- Character encodings are not defined
- The data has no type attributes, so
1
could be considered an integer, floating point number, or a string. File loaders often have to guess the type, and modelling software needs to be written to explicitly cast types.
Example
An example of typed csv:
# comment lines @ author<EMAIL_ADDRESS>@ write_date: 2020_03_50 !,time,score,word,is_first,price,start_date,start_time ?,int,float,str,bool,dec,yyyy_mm_dd,hh_mm_ss *,1,1.23,hello,Y,2.52,2020_03_28,14_20_40
Key Rules
- Typed CSV files are always encoded as UTF-8.
- All header names, header types and data rows must have the same length.
- The first character in the line determines the purpose of the line.
- The first character must be followed by a comma if it is
!
,?
or*
. - the separator defaults to comma
,
. @
can have a space between it and the metadata key.- All meta data must be above the header row
- Rows must be in the following order: meta > header > types > data
- Comments can be placed anywhere and will be ignored
- Rows must end with a new line character
\n
| Character | Purpose | Notes |
|---|---|---|
| # | comment | ignored |
| @ | metadata | for storing individual values, key and value are separated by a colon : |
| ! | header | names of the columns in the data |
| ? | data types | the type of data in the column |
| * | data row | a row of data values |
Data Types
int
: Integer (..., -3, -2, -1, 0, 1, 2, 3, ...)float
: Floating Point Number (13523.524), only decimal notation is supportedstr
: String/Textbool
: Boolean, using the following (case insensitive)T
,1
,Y
,true
evaluate to TrueF
,0
,N
,false
, evaluate to False
dec
: Decimal for dealing with currencyyyyy_mm_dd
: datehh_mm_ss
: timeu_
: a user defined type
Data for number types (int
, float
, dec
) can optionally have underscore characters (_
) as thousand separators. These will be ignored on processing.
Metadata
A single whitespace can be added before the
@
. Thus the following are valid metadata and mean the same. Any trailing whitespace will be considered part of the key.
Any characters after the colon (:
) will be considered part of the value, up until the new line.
The type of the value is not documented.
@key:value @ key:value
Reserved keys
Reserved keys are optional, but can enhance the stability of the data
@length
: The number of rows of data, as an integer, if this is supplied and the values does not match the number of data rows, an error will occur.@separator
: The separator character(s)@md5-checksum
: An 128bit MD5 checksum, presented as 32 hexadecimal digits (0-9a-f), this hash is based on a string containing header, types and data in the order they appear. Metadata and comments are ignored. See https://en.wikipedia.org/wiki/MD5 for details of MD5.
Custom Separator
If the data is likely to contain commas, a custom separator can be specified by
@separator
metadata item. The separator can consist of one or more characters.
@separator:^|^
Application specific types
A type beginning with u_
is left to the application to process.
An example would be u_yyyy_mm
which would store the year and month.
Caution should be taken to avoid name conflicts.


Posts
Pre-Print Saturday #2: 16 May 2020
-
Stabilizing Congestion in Decentralized Record-Keepers[Semion.io]
The authors present a proposal for a distributed ledger system and accompanying payment system that leverages recent advancements in both PoW consensus and formal verification. The authors also present a formal economic model of their protocol design. Of particular interest is that their proposed system reaches stability in the absence of block rewards - relying solely on transaction fees to maintain consensus.
-
A Difficulty in Controlling Blockchain Mining Costs via Cryptopuzzle Difficulty[Semion.io]
The authors model PoW mining as an all-pay auction and prove several properties of the auction's allocation function.
-
Practical Hash-based Anonymity for MAC Addresses[Semion.io]
The authors present a viable method for anonymising MAC addresses through hashing. They improve on previous work using a hash-based strategy by using more expensive hash functions and ensuring \(k\)-bit anonymity.
-
Scaling Blockchains Without Giving up Decentralization and Security[Semion.io]
The authors present what they consider to be a blockchain design that escapes the so-called blockchain trilemma by providing an arbitrarily scalable blockchain without weakening security nor decentralisation.
-
Pump and Dumps in the Bitcoin Era: Real Time Detection of Cryptocurrency Market Manipulations[Semion.io]
The authors present their research into cryptocurrency market manipulation (albeit in centralised crypto-fiat exchanges). They attribute the susceptibility of cryptocurrency to pump and dumps to the often low liquidity in certain more obscure cryptocurrencies. One finding of note is the operation of a large pump and dump community operating on Binance.
-
eThor: Practical and Provably Sound Static Analysis of Ethereum Smart Contracts[Semion.io]
The authors present eThor, a provably sound static analyser for Ethereum smart contracts.
This paper is of particular interest as it provides another advancement in the first pillar of smart contract testing: static analysis. I've written about dynamic analysis tools (mainly fuzzers) before, and previous pre-prints in the series have discussed formal verification too.
-
Enabling Deletion in Append-Only Blockchains (Short Summary / Work in Progress)[Semion.io]
The authors describe a method of of deleting previously confirmed blocks in a blockchain. While this seems to be entirely against the point of blockchains in the first place, but the authors provide a consensus-driven method for deleting blocks by way of context isolation.
-
Towards Memory Safe Python Enclave for Security Sensitive Computation[Semion.io]
The authors extend advancements in Intel SGX-based memory enclaves implemented in Rust to Python. They cite the existing prevalance of Python in fields such as data science as a reason for such an extension.
-
Impact of Geo-distribution and Mining Pools on Blockchains: A Study of Ethereum[Semion.io]
The authors present their findings from a month-long study into Ethereum network structure. Their study used geographically dispersed observation points to observe the geographical distribution of Ethereum and the impact of mining pools on the network.
Personally, I think their study could have been more geographically dispersed, but I assume there were resource constraints on the authors precluding this.
-
CapablePtrs: Securely Compiling Partial Programs using the Pointers-as-Capabilities Principle[Semion.io]
The authors present a C-to-CHERI compiler of their development, which implements the Pointers-as-Capabilities model. One result is that their compiler can provide strong security guarantees for an individual compilation unit - even if it is later linked against buggy or malicious code.
-
Identifying Bugs in Make and JVM-Oriented Builds[Semion.io]
The authors present a tool called buildfs which can reason about Make- and JVM-based build systems by interpreting their specification from the build scripts themselves and then analysing file system activity to see how the actual operation of the build may deviate from its specification.
Pre-Print Saturday #1: 9 May 2020
-
QuickSync: A Quickly Synchronizing PoS-Based Blockchain Protocol[Semion.io]
The authors present QuickSync, a Proof-of-Stake blockchain consensus protocol based on Ouroboros[6]. The authors claim Byzantine resistance against an adversary with up to 50% stake and also performance improvements. The paper also contains proofs for both the liveness and persistence of this protocol.
-
Enabling Cross-chain Transactions: A Decentralized Cryptocurrency Exchange Protocol[Semion.io]
The authors propose a decentralised cross-cryptocurrency exchange, motivated by trading Bitcoins for other cryptocurrencies. The authors implement a prototype as a DApp running on an Ethereum testnet.
This paper is particularly interesting to me for two main reasons. Firstly, given my current research - both personal and coursework-related - into DExes and other DeFi platforms. Secondly, my interest in projects such as tBTC[7]
-
MemShield: GPU-assisted software memory encryption[Semion.io]
The authors propose MemShield, a framework for transparently encrypting primary memory to resist cold boot attacks. MemShield is implemented as a C library that interacts with
userfaultfd
to monitor for page requests from userspace. This system allows page-level granularity for memory protection.Cold boot attacks have always fascinated me, so mitigations against them are of particular interest as well. I'm impressed by both the granularity and compatibility of this project: no changes to existing applications are required.
-
Formal Verification of Solidity contracts in Event-B[Semion.io]
The authors define a subset of Solidity which can then be translated into Event-B - a modelling framework of which I have never heard of until discovering this paper. The authors assert that this greatly helps in the formal verification of Ethereum smart contracts.
Recent coursework that I'm undertaking has required me to study different testing methodologies for Ethereum smart contracts. So far, this has only involved two categories: symbolic execution and fuzzing. This paper expands on the formal verification route - a category which I haven't covered in depth yet.
-
Human Factors in Biocybersecurity Wargames[Semion.io]
Admittedly, I included this simply due to the spectacular title. Doesn't it just sound cool?
-
JaxNet: Scalable Blockchain Network[Semion.io]
The authors propose a novel design for a scalable, decentralised Proof-of-Work blockchain, called JaxNet. Their design uses a network of parallel chains that rewards miners for their computational effort in maintaining the network.
This problem obviously garners an incredible amount of attention - both in academia and industry. Any new publications on the matter seem worthy of a mention.
Crackerjack - Introduction and Puzzle A Solution
As part of my journey into reverse engineering, I decided to create my own set of crackmes called Crackerjack. I will be doing a series of articles detailing solutions to each puzzle
Read moreIdentifying Loops While Reverse Engineering
Often when reverse engineering a binary, it's useful to have some patterns to help identify higher-level code constructs. This post goes through the general structure of various loops in a higher-level language (C) and their corresponding assembly format
Read moreWriting a Simple Fuzzer in Python
I have had an interest in fuzzing for quite some time now, and had decided that it was time to start writing some of my own (very basic) fuzzing tools. In this post, we'll step through some of the basic things we might expect from a fuzzer and how we might achieve them using some of the code I have written
Read moreA Model For ADTs
For the past month or so I have concerned myself with the study of Abstract Data Types (ADTs), particularly the precise, abstract mathematical definition of them. This post reflects the current culmination of my efforts.
Read more


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Rural Business Loan Program | Access Florida Finance Corporation
Our loans are designed to to strengthen Florida's economy by increasing the . Plan (PDF) · 288.706 Florida Minority Business Loan Mobilization Program · U.S. .
http://www.accessfloridafinance.com/rural-business-loan-program/
More Resources
Stronger Reporting Needed for the Black Business Loan ... - Edocs
recommendations to the Department of. Management Services' Office of Supplier. Diversity regarding the Florida Minority. Business Loan Mobilization Program, .
http://edocs.dlis.state.fl.us/fldocs/leg/oppaga/2009/0941rpt.pdf
The following are general eligibility requirements for all borrowers seeking teacher loan forgiveness:
South Florida District Resource Guide - Small Business Administration
2 Small Business Resource SOUTH FLORIDA. On the Cover . own processes , and we are now seeing loan volumes . mobilization and/or reestablishment .
http://www.sba.gov/sites/default/files/files/resourceguide_3109.pdf
Loan Mobilization Program - Department of Management Services
The State of Florida's Loan Mobilization Program. The State of Florida's Loan Mobilization Program was created to assist certified minority and women-owned .
http://www.dms.myflorida.com/other_programs/office_of_supplier_diversity_osd/programs_and_initiatives/loan_mobilization_program
Tags: Minority Business Loan - Business Loan Funds
Results 1 - 19 of 19 . Minority Business Loan Mobilization Program - Arkansas . Front Porch Microcredit Loan Program - Seminole County, Florida Popular .
http://www.businessloanfunds.com/search-by/tags?value=Minority%20Business%20Loan
Full Report - National Conference of State Legislatures
Development Financing Authority, as well as the innovative Florida Loan Mobilization Pro- gram, address these problems while further expanding financial .
http://www.ncsl.org/documents/econ/MinorityOwned.pdf
2012-5 - Laws of Florida
(2) The Florida Minority Business Loan Mobilization Program is created to promote the development of minority business enterprises, as defined in s. 288.703(3) .
http://laws.flrules.org/2012/5
288.706 - Flsenate Archive - The Florida Senate
288.706 Florida Minority Business Loan Mobilization Program.. (1) The Legislature finds that it is in the interest of the public welfare to meaningfully assist .
http://www.flsenate.gov/statutes/index.cfm?App_mode=Display_Statute&Search_String=&URL=0200-0299/0288/Sections/0288.706.html
Loan Programs - Southern Florida Minority Supplier Development ...
SFMSDC Announces new $30 Million Loan Fund for the Council's Certified MBEs. Types of loans available are: Mobilization Funding; Traditional Lines of Credit .
http://www.sfmsdc.org/loans.html
Selling to the state of Florida - Tools for Business Success
Florida Loan Mobilization Program · Minority or disadvantaged business? SBA 8( a) Program · Want to grow your business? Florida Mentor Protégé Program .
http://ceo.toolsforbusiness.info/florida/2b/dobusiness/state/
Short Term Lending Program - Financial Assistance Division
Funds are not available for contract mobilization; equipment purchases or . Completed loan application should be sent to the Participating Lender PLs or OSDBU. . Florida. Continental National Bank of Miami Only covers Southern Florida.
http://www.osdbu.dot.gov/financial/stlp.cfm
Poole and Kent Company of Florida :: Small Business Opportunities
Poole & Kent Company of Florida is committed to offering opportunities to the . and State of Florida Office of Supplier Diversity's Loan Mobilization Program .
http://www.pkflorida.com/small-business-opportunities/
Black Business Investment Act Is Being Implemented, But ... - Edocs
Specifically, the board has. ? provided recommendations to the Office of. Supplier Diversity regarding the Florida. Minority Business Loan Mobilization Program, .
http://edocs.dlis.state.fl.us/fldocs/leg/oppaga/2008/0865rpt.pdf
Black Business Loan Program | Access Florida Finance Corporation
If this is not you, the application for our traditional loan program is below under . Plan (PDF) · 288.706 Florida Minority Business Loan Mobilization Program .
http://www.accessfloridafinance.com/black-business-loan-program/
Florida Minority Business Programs | eHow
Loan Mobilization Program . State of Florida Department of Management Services: The State of Florida's Loan Mobilization Program · Florida Minority Business .
http://www.ehow.com/list_7202744_florida-minority-business-programs.html
InsightCCED.org - M/WBE Financing & Loan Programs
Florida, They help broker loans, working with cooperating banks, There is a program for . Wisconsin, DOT has a loan mobilization program with minority banks.
http://www.insightcced.org/communities/inbiz/financing.html
church loans - North American Mission Board
Online Donation Forms · Mail Your Donation · Planned Giving · Blog. Church Finance Ministry. Home > MInistries > Church Finance Minisitry > church loans .
http://www.namb.net/church_loans/
Responding to Students, Congress Extends Low College Loan Rate ...
Jun 29, 2012 . Statement of Rich Williams, Florida PIRG Higher Education Advocate, on the . Students already face unprecedented student loan debt and adding an . Yet a wave of student and borrower mobilization changed the political .
http://www.floridapirg.org/news/flp/responding-students-congress-extends-low-college-loan-rate
Construction Corner for Florida Corporations and Florida LLC
Construction Corner (For Construction Companies) Florida Corporation . Furthermore, loan mobilization programs assist state certified minority business .
https://www.nickspradlin.com/construction_corner.php
The Florida Community Loan Fund The Florida Community Loan Fund
mobilize resources and use them in ways that were helpful to investors as well as . the Florida Community Loan Fund, a 501(c)(3) entity itself, has loaned more .
http://wordpress.dupontfund.org/wp-content/uploads/2010/11/notes_fall03_intro2.pdf
The Hebrew Free Loan Association of South Florida - Greater Miami ...
The Hebrew Free Loan Association of South Florida . The Mission of the Greater Miami Jewish Federation is to mobilize human and financial resources to care .
http://jewishmiami.org/resources/community_directory/agencies/hebrew_free_loan_association_of_south_florida
Mobilization Guide - Reserve Affairs
Secretary of Defense Memorandum, Partial Mobilization (World Trade Center . New Jersey. Colorado. North Dakota. Delaware. Oklahoma. Florida . Department of Education Treatment of Student Loans for Mobilized Reservists .
http://ra.defense.gov/documents/mobil/pdf/sections.pdf
JaxSmallBizHelp.org
The BBIF administers four loan programs, which are: Black Business Loan Fund . Florida State College, Jacksonville is uniquely positioned to partner with the local . O-Opening up increased access to capital, M - Mobilizing economic clout , .
http://www.jaxsmallbizhelp.org/home/
Chavis' next goal after pardon: Mobilize youth | Florida Courier
Feb 28, 2013 . Florida Courier . Chavis' next goal after pardon: Mobilize youth . with Dr. Martin Luther King Jr. as a teenager, is no novice at mobilization.
http://flcourier.com/2013/02/28/chavis-next-goal-after-pardon-mobilize-youth/
Florida Single Purpose LLC - Florida Corporations & Florida LLC's
Base Fee for Florida $550.00 . their purchase order and contract opportunities; Loan mobilization program assists state certified minority business enterprises .
https://www.nickspradlin.com/single_purpose_llc.php
10 Things Many Borrowers Don't Know About VA Loans - Veterans ...
For the vast majority of military borrowers, VA loans represent the most . My question is if a mobilized Reservist who otherwise meets all requirements to . My father is retired from Army and lives in Florida with my Mother and Grandmother.
http://www.veteransunited.com/valoans/10-things-many-borrowers-dont-know-about-va-loans/
UW-Madison students mobilize for student loan debt relief.
Apr 5, 2012 . We won't take it anymore: UW-Madison students mobilize for student loan . The foci of the conference were student loan debt and student voter access. . Instead, let's tell them that 300 of us from Florida, Michigan, Virginia, .
http://siftingandwinnowing.org/2012/04/05/we-wont-take-it-anymore-uw-madison-students-mobilize-for-student-loan-debt-relief/
First Housing | The Affordable Housing Experts
Service. Underwriting, financial analysis, servicing and loan administration services . We mobilize capital to finance multifamily housing in Florida and beyond .
http://www.firsthousingfl.com/
Opportunity Finance Network - Financing
Can the capital grant proceeds be used to cover loan losses? The capital grant . Are off-balance sheet loans an eligible lending activity? Off-balance sheet .
http://www.opportunityfinance.net/financing/default.aspx?id=5742
Discussions at Target 2020 Florida | Mobilize.org
Jun 3, 2012 . Here at Mobilize.org, we employ a variety of strategies to encourage critical discussion at our summits. Target 2020 Florida is no exception.
http://mobilize.org/2012/06/discussions-target-2020-florida/
Sales is the New Service -- How MobilOil Federal Credit Union ...
Dec 3, 2012 . Sales is the New Service -- How MobilOil Federal Credit Union Mobilized Its Sales Team. By Sharon . And to top it all off, loans grew by almost 50 percent. . Sharon Daniels is CEO of AchieveGlobal in Tampa, Florida .
http://blog.achieveglobal.com/blog/2012/12/sales-is-the-new-service-how-mobiloil-federal-credit-union-mobilized-its-sales-team.html


Modules
mini.css uses modules as its base building blocks. Each module contains one or more components that affect the same part of the user experience. Below you can see a quick overview of all the modules that compose mini.css.
Core
The core module contains basic reset and fix rules, based on Normalize.css v5.0.0, along with lots of custom typography rules. Most textual HTML5 elements are styled by this module, so you can start writing your pages immediately without worrying about font families, weights, sizes, line heights, paddings and the like.
See moreGrid
The grid module provides you with a modern, responsive grid system based on the Flexible Layout Module (commonly known as flexbox). The structure of the grid is simple and logical, allowing you to quickly build your pages from scratch. Setting the layout for a page is easy and will behave the way you want them to on mobile devices and smaller screens.
See moreNavigation
The navigation module seeks to remedy the problems of vertical and horizontal navigation design paradigms, by combining the two for a better presentational effect. HTML5 navigational elements are at the heart of the module, allowing you to quickly build your navigation without complicated structures and hacks.
See moreInput Control
The input_control module contains rules that affect forms, input elements, buttons, checkboxes and radio buttons. All of these elements's styles are predefined, allowing you to create modern, responsive forms quickly. Layout alternatives are also provided if you want your forms to look a certain way.
See moreTable
The table module provides styling and responsiveness for tables. Simple rules and accessible design paradigms have been used to make creating tables quick and easy. Large tables will collapse to cards when on smaller devices or, if you don't want that, they can be locked into their default, desktop view.
See moreCard
The card module provides you with modern, responsive, general-purpose containers for your page's contents. They are very easy to use and their structure is really simple and versatile. Layouts will respond to smaller screens, realigning the cards in a manner that makes your page mobile-friendly.
See moreTab
The tab module aims to combine multiple components and design paradigms, like collapses, accordions, carousels and tabs, into one general-purpose component. Tabs are very simple in structure, responsive on mobile and they allow for layout customization so that you can turn them into accordions or collapses whenever you want.
See moreContextual
The contextual module provides you with simple tags, marks and highlights for your pages, allowing you to easily emphasize parts of your text. The contextual alerts aim to replace the commonly used modal dialog design paradigm with a more modern one. HTML5 elements and simple rules are used in order to make important messages and pieces of content stand out easily.
See moreProgress
The progress module gives you full control over the presentation of progress and loading on your pages. Apart from progress bars and color variants for them, spinner elements are provided to help communicate that something is loading.
See moreUtility
The utility module contains all the utilities and helper classes that you might want when designing a website or application. They solve common design problems efficiently and provide you with generic rules you can easily apply everywhere.
See more


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Fuel Air ExplosionWhile not one of the big NBC's (nuclear, biological, chemical), great devastation results from FAE, or low-technology fuel air explosions. Explosions will occur with a sparse amount of aerosolized fuel, and a spark. The fuel need not be anything so esoteric as rocket fuel, mere dust will do, as veterans of grain silo explosions will attest. In the event you needed convincing regarding the power of what a FAE can do, witness this animation:
The barriers required to create such power are very low. Nearly any organic matter when properly aerosolized will catastrophically explode with even low temperature ignition, on the order of five hundred degrees Fahrenheit. We're not going to turn this into a lesson on bomb making. That is the job of Encyclopedia Britannica. |


In a German forest, sunk in gloom
Surrounded by men who spell my doom
All these Fritzes, Horsts and Kurts
Explain the depth of my Weltschmerz
But then they all fall to their knees
Attacked by German killer bees
And now my spirits are surely buoyed
As I am filled with Schadenfreude


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Welcome To Computer Engineering Department
Computer Department was established in 2004. The Department runs all courses of computer. The computer engineering department has 14 well qualified faculty, that includes 3 Asst Professors and 11 lecturers with various specializations to help and guide the students. The department has ‘Computer students association’ in which additional curricular activities for overall development of student is observed. This website is a part of CESA.
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second
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ff-login attribute allows end users to authenticate. When ff-login attribute is added to a web page, a special value, _user is added to the root of the view model exposing information about the authenticated user. _user values are accessible in the web page, but not saved in Firebase.
To use this feature, you must will need to create a Facebook application and configure your firebase application. This process will take about 10 minutes.
See firebase documentation for more information about securing your data.
Currently Firefight only supports Facebook authentication. Firebase supports the following Authentication Providers: Custom, Email & Password, Anonymous, Facacebook, Twitter, GetHub and Google. Future version of firefight may also support other authentication providers
See simple chat sample for another example.
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BOT
08-Aug-18 01:02 PM
[telegram] <CryptoBlockchain38> What if it's in another wallet? (re @R.: I asked in the chainzilla channel yesterday .. they told me its not even necessary to join their discord. 500kmd in agama is all you need for the snapshot)
[telegram] <Acura360> 30th August (re @Michael: When does that airdrop occur?)
[telegram] <Michael> Thanks.
[telegram] <talalsawalha> Hello Admin
[telegram] <Michael> Gotta think about grabbing a few more kmd.
[telegram] <talalsawalha> what airdrop ?
[telegram] <threeridges> I hv 3000 (re @Acura360: )
[telegram] <threeridges> How much I get
[telegram] <Acura360> (re @Acura360: Correct 4.7 Zilla = 500Kmd)
[telegram] <threeridges> Not much
[telegram] <tutupa> 30th?
[telegram] <tutupa> Or 15th?
[telegram] <Acura360> Do you have clicked on the image 3 lines above you ? (re @tutupa: 30th?)
[telegram] <R.> It has to be in agama! (re @CryptoBlockchain38: What if it's in another wallet?)
[telegram] <CryptoBlockchain38> 4.7 ZILLA airdrop for 500 kmd? Not worth sending to Agama web wallet (re @whiteco: For every 500KMD you get 4.7)
[telegram] <R.> Agama is a must .. already you're missing the rewards (re @CryptoBlockchain38: 4.7 ZILLA airdrop for 500 kmd? Not worth sending to Agama web wallet)
[telegram] <R.> Agama isn t a web wallet
[telegram] <CryptoBlockchain38> Waiting for a Mobile Wallet (re @R.: Agama is a must .. already you're missing the rewards)
[telegram] <R.> Mobile wallet exists
[telegram] <CryptoBlockchain38> Not for Android devices (re @R.: Mobile wallet exists)
[telegram] <R.> Not agama .. can t remember the name .. but there is one where you get reward too
[telegram] <R.> Yes for android
[telegram] <CryptoBlockchain38> No Komodo has no Mobile Wallet for Android users (re @R.: Yes for android)
[telegram] <R.> Guarda wallet
[telegram] <R.> Is for android
[telegram] <R.> An you can claim reward
[telegram] <CryptoBlockchain38> That's Third party (re @R.: Guarda wallet)
[telegram] <threeridges> So I wi only get 24 zil
[telegram] <R.> So where do you keep your kmd s?
[telegram] <R.> Exchange? Good luck then
[telegram] <R.> You re missing the rewards and you funds are not safu


Hi Adatum Corporation. Since you are logged into our site, we can display a custom widget for you to add a new payment method to your account with us using iSolutions Payments. This will record your payment method in Business Central.


24 Mali soldiers, 17 jihadists killed in clashes in east - army
Bamako – Twenty-four Malian soldiers and 17 jihadist fighters were killed on Monday in clashes in the east of the country, the army said, as security in the west African nation deteriorates further. Mali and Niger forces were carrying out a joint operation when a patrol was attacked by "terrorists" near the northeastern town of Tabankort, the army said on social media.
According to the military, the total toll was "24 dead, 29 injured and material damage" while 17 of the jihadists were killed and a hundred more suspects captured. The prisoners are in the hands of Niger soldiers, the statement said.
In an earlier statement, which gave a lower death toll, the army said French and Niger forces took part in a counterattack.
Northern Mali fell into the hands of jihadists in 2012, before the militants were forced out by a French-led military intervention. Since then however, the border regions of Mali, Niger and Burkina Faso have become the theatre of repeated clashes with jihadist fighters.
Mali's army has been struggling to contain the Islamist insurgency despite help from France, African neighbours and the United Nations.
Monday's action was another heavy loss for the army, which lost a hundred soldiers in two jihadist attacks in a month in autumn.


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A catalogue of my IWP assignments using bootstrap
Winter Semester 2021-22
Click on details for Question Wise Analysis, Question Paper and the Solution written.


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Message Bus {{ title }}
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Get Cookies Adds a hidden iframe to the DOM model.
Does it Work? Get image, which is an app attachment, into a <img> tag.
Close Iframe


--- layout: post title: 'Load Testing with JMeter, Part 5: Monitoring The Health Of Your Application Server' date: '2009-04-17T09:49:00.008+01:00' author: Darren Bishop tags: modified_time: '2009-04-17T10:20:38.449+01:00' blogger_id: tag:blogger.com,1999:blog-3826577489563855618.post-4520466947389942846 ---
The series so far:
This concludes my series on JMeter load testing. I hope this information helps you in your efforts to prove your systems' capabilities. If you have any questions I'll do my best to answer them... with in reason. If you need more hands-on assistance, feel free to contact me or my company to discuss a commercial engagement. Cheers


--- layout: post title: no title date: '2011-03-25T14:27:00+01:00' tags: - bread - kitchen tumblr_url: http://dotmr.tumblr.com/post/4087895095 ---


This package is a collection of simulatable models involving constraints in a multibody system. The examples mainly show comparison of constraints to the standard joints.
| Name | Description |
|---|---|
| PrismaticConstraint | Body attached by one spring and two prismatic joints or constrained to environment |
| RevoluteConstraint | Body attached by one spring and revolute joint or constrained to environment |
| SphericalConstraint | Body attached by one spring and spherical joint or constrained to environment |
| UniversalConstraint | Body attached by one spring and universal joint or constrained to environment |


COVID-19 tools by the CSSLab
Members of the Computational Social Science Lab at Penn have used mobility data around COVID-19 to conduct research and build tools to help decision making.
Learn more about this project.
Dashboards
Data and estimations
These dashboards use public data from Safegraph, the US Census, and Open Data Philly. We do not have individual level data. All the presented statistics and estimates are calculated from these public data sources so we can't guarantee accuracy of any specific values.
Some analysis we provide makes assumptions about population level trends. For example, we estimate how many unvaccinated visitors a particular place is receiving by weighting the number of visitors it receives from each census tract by the percent of vaccinated individuals in that census tract. As a consequence, if someone's willingness to receive a vaccine predicts other differences in behavior our estimates would be incorrect. The data available to us does not allow for a more detailed analysis of these assumptions, so these estimates should only be interpreted as trend level insights.
Contact
Please send us a message if you have questions or suggestions about this site.


'The Verdict' (1982)
A retrospective movie review by Walter Frith
<EMAIL_ADDRESS>Member of the ‘Online Film Critics Society' http://ofcs.org/ofcs/
Director Sidney Lumet is notoriously respected for getting his films made in record time, well under budget, and they are usually very good. Even his lesser films are still very admirable and he has been nominated a few times for the Oscar but has never won. His first big splash in film was in 1957 when he was nominated for the film '12 Angry Men' which is the best film ever made about men interacting with each other. It details a jury deliberating the fate of a man and tempers flare as the case is dissected piece by piece. His best decade was the 1970's when he made such great films as 'Serpico', 'Dog Day Afternoon', 'Network', 'Murder on the Orient Express', and 'Equus'. Lumet's films are never a technical revelation but academics are the important parts of a film and Lumet never compromises on that. He also is very good at shocking audiences with subject matter that he always manages to take to another level.
His 1982 film 'The Verdict', is probably one of the most powerful films to use silence as its strength and next to Stanley Kubrick's '2001: A Space Odyssey', I can't think of a more powerful film to use silence. As a story of redemption, it is flawless. It salvages one man's career from alcoholic lawyer to legal hero who triumphs over some of the most powerful forces in society.
Paul Newman gives one of his top three performances (the others are 'The Hustler' and 'Hud') in a role that many felt should have won him the Oscar. He lost to Ben Kingsley in 'Gandhi' but Newman did get his Oscar, like a lot of people for the wrong role, for 1986's 'The Color of Money'. Oh, well. At least it was a sequel to 'The Hustler'. He plays Frank Galvin, a divorced, alcoholic Boston lawyer about to take on the case of his life. A young woman was allegedly given the wrong anesthetic by her physicians during child birth and was put into a coma and declared brain dead. Newman represents the woman's sister and brother in law who sue the doctors and the Catholic archdiocese which runs the hospital where everything went wrong. Working against a cunning, unethical, unorthodox and snake of a defence attorney named Ed Concannon (James Mason), Newman only has one friend, Mickey Morrissey (Jack Warden) who can help him with the case. He refers to Mason as "the prince of darkness" and tries to talk Newman out of going to court. It's a case that should never have come to trial as an offer was made to settle out of court but Newman turns it down by thinking it's a pay off to look the other way.
Newman not only has the difficulties of dealing with the defence but has to overcome a biased judge, enraged clients who feel left out of the decision making process, the betrayal of someone close to him and the fact that his law practice hasn't been good lately. Combine that with the fact that his adversaries have more resources than he does truly puts him in a position to overcome.
The film received five Oscar nominations --- Best Picture, Best Director (Sidney Lumet), Best Actor (Paul Newman), Best Supporting Actor (James Mason) and Best Screenplay Adaptation.
Another great asset to this film is that it's written by David Mamet. Based on the novel by Barry Reed, Mamet spices the screenplay up with great social observations but never detracts from the fact that it's a story of redemption above anything else. The courtroom scenes are very powerful and the film has a great use of music score in the fact that hardly has one. The nice thing about this film is the fact that there is no media frenzy involved on screen and it is a very human story that is made very credible by the fact that the characters are people that many of us know in our real lives. It's one of those heavy handed dramas without an ounce of comic relief and is more than great film making, it's a great lesson in overcoming life's truly difficult obstacles.
Visit FILM FOLLOW-UP by Walter Frith http://www.cgocable.net/~wfrith/movies.htm
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


On opening the Combinational Analysis window, you will see that it consists of five tabs.
The Inputs tab allows you to view and edit the list of inputs. To add new inputs, type it in the field at the pane's bottom, and click Add. If you want to rename an existing input, select it in the list in the pane's upper left region; then type the name and click Rename.
To remove an input, select it from the list and click Remove. You can also reorder the inputs (which affects the order of columns in the truth table and in the generated circuit) using the Move Up or Move Down buttons on an input.
All actions affect the truth table immediately.
The Outputs tab works in exactly the same way as the Inputs tab, except of course it works with the list of outputs instead.
The only item under the Table tab is the current truth table, diagrammed in the conventional order, with inputs constituting the columns on the left and outputs constituting the columns on the right.
You can edit the current values appearing in the output columns by clicking on the value of interest. The values will cycle through 0, 1, and x (representing a "don't care"). As we'll see on the next page, any don't-care values allow the computation of minimized expressions some flexibility.
You can also navigate and edit the truth table using the keyboard. And you can copy and paste values using the clipboard. The clipboard can be transferred to any application supporting tab-delimited text (such as a spreadsheet).
If the truth table is based on an existing circuit, you may see some pink squares in the output columns with "!!" in them. These correspond to errors that occurred while calculating the value for that row - either the circuit seemed to be oscillating, or the output value was an error value (which would be pictured as a red wire in the Logisim circuit). Hovering your mouse over the entry should bring up a tool tip describing which type of error it was. Once you click on the error entry, you will be in the 0-1-x cycle; there is no way to go back.
Next: Creating expressions.


President Trump wants U.S. companies to bring manufacturing jobs back home. Apple seems to have other ideas.
Apple executives met with Indian government officials on Wednesday to discuss a plan to make iPhones in the southern city of Bangalore, a person familiar with the talks told CNNMoney.
India's commerce ministry confirmed that the meeting took place but declined to comment on what was discussed. In a statement, Apple (AAPL, Tech30) said it appreciated the "constructive and open dialogue we've had with government about further expanding our local operations." But it would not go into detail.
Apple's plans to set up an iPhone production plant in India's main tech hub were first reported by the Times of India. The factory would be built in partnership with Taiwan-based manufacturer Wistron, the newspaper reported.
The iPhone maker is trying hard to increase its presence in the fast-growing south Asian country as global sales stagnate. A year ago, it applied to open retail stores in India.
CEO Tim Cook weighed in last May when he visited India and met Prime Minister Narendra Modi.
India is pursuing a "Make in India" campaign to attract companies such as Apple. Modi's government has taken several steps to promote foreign investment, including partial exemptions to a rule that overseas firms must source 30% of raw materials locally.
But so far it has stopped short of granting additional concessions to Apple, according to local media reports.


Jason Larkin's MS Projects
Decorrelating a Compressible Turbulent Flow: an Experiment
Building on the experiments performed for the project: Time-Evolution of a Fractal Distribution: Particle Concentrations in Free-Surface Turbulence and Power-law distributions of particle concentration in free-surface flows, we studied the effect of spatial and temporal correlation of the flow field on the resulting particle concentration field. Turbulence is especially difficult to understand because the velocity fluctuations, which lie at its heart, are chaotic in both space and time. In an effort to capture the essence of turbulence, Kraichnan proposed that the turbulent velocity fluctuations are more easily understood by assuming that the temporal fluctuations are delta correlated, as in Brownian motion.
In Figure (a, correlated) above, the trajectories of the floating particles are generated using the velocity fields in the order they were taken experimentally. In Figure (b, decorrelated), the velocity sequence is randomly shuffled in time to generate new trajectories. This analysis mimics the Kraichnan ensemble and yields properties of a velocity correlation function that is delta correlated in time but not in space.
Certain aspects of the particle motion and topology are retained in the temporally decorrelated field. The topology of the decorrelated floaters is string-like, just as in the correlated case. The fractal information dimension D1 remains close to unity, at least at small spatial scales where this parameter is defined. On large scales, temporal decorrelation truncates the length of the string-like structures, as seen in the above Figure (b). The present measurements show that D1 is measurably altered by the temporal randomization, but at small scales the particle distribution retains its string-like character. The measurements reported here demonstrate that our understanding of turbulence can be enhanced by comparing and contrasting correlated and temporally decorrelated flows.


You have the option to contribute activity data collected through:
You can choose not to provide this data and still participate in the study.
We will NOT access your personal contact, other applications, personal photos, text or email messages.


Sirino deserved a red card – Mosimane
Mamelodi Sundowns coach Pitso Mosimane applauded referee Victor Gomes for giving playmaker Gaston Sirino a red card.
by Phakaaathi ReporterGaston Sirino of Mamelodi Sundowns celebrates scoring a goal with coach Pitso Mosimane. (Photo by Lefty Shivambu/Gallo Images)
Sirino profited from a rebound clearance from the Golden Arrows goalkeeper Edmore Sibanda to extend Sundowns’ lead after Hlompho Kekana opened the scoring, but he would go on to undo his contribution to his side’s 2-1 victory with a late challenge on captain Matome Mathiane after the Arrows defender cleared the ball.
Coach Mosimane agreed with referee Gomes and applauded him for sending Sirino off. The South American got three red cards last season.
“Last season we got three red cards from one play,” Mosimane told SuperSportTV.
“Today that was very naughty from him, Gaston was being naughty with that challenge and he was going to get it.
“Gomes did the right thing there, Gaston deserved it there. Gomes had to give it to him for being naughty.”


CSCI 3550: Communication Networks
Spring 2019
| Meeting time: | TR 12:00-1:15 |
| Classroom: | PKI 155 |
| Instructor: | Dr. Harvey Siy |
| Office: | PKI 281B |
| Phone: |<PHONE_NUMBER> |
| Email: | hsiy at unomaha dot edu |
| Office Hours: | TR 1:30-2:30pm, or email ahead to arrange an appointment |
Textbook: (required) | Computer Network: A Top-Down Approach (7th ed) by Kurose and Ross, Pearson, 2017. Companion Website (requires textbook code) Author Website |
| (optional) |
Computer Networks: A Systems Approach (5th ed) by Peterson and Davis, Morgan-Kaufmann, 2012. |
Overview
This course is for a first course on computer networking, and it will cover a blend of theoretical topics and practical examples as well as the state of the art in networking research with a focus on Internet technologies. This course will focus on core concepts that are essential for current network practitioners who want to understand the 'whys' behind the protocols they work with every day and to see the big pictures of networks. The course topic also includes network application development in which students get hand-on experience with basic network programming and development of simple network applications on top of TCP/IP.
Prerequisite
- CSCI 3220 (Data Structures)
Learning Objectives
Students who complete this course will:
- Learn about traditional and modern network technologies.
- Learn about details of common network protocols.
- Better understand Internet implementation.
- Learn how Internet works and how to design/implement Internet applications.
- Learn about performance issues in network communication, so that different network protocols can be compared.
Major Topics
- Computer networks and the Internet
- Application layer
- Transport layer
- Network layer
- Link layer and LANs
- Wireless and mobile networks
- Security
Evaluation
| Exam 1 |
25% |
| Exam 2 |
25% |
| Written Assignments |
20% |
| Programming Assignments |
15% |
| Project |
10% |
| Class Participation |
5% |
Policy on Late Assignments
Late assignments will get a 20% deduction per day, for each day past the due date. For online submissions, we will follow the time stamp as reported by Canvas. Paper submissions must be handed directly to me on the day it is due.
Academic Integrity
For formal policies about cheating and plagiarism, consult the UNO Student Policies and Department of Computer Science Policies and Procedures.
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The Akans are a meta-ethnicity who primarily live in Ghana and Ivory Coast. They have a fairly unique naming system, which is based on the day in the week a child is born, and on the gender of the child. So a boy born on a Monday would be named Kwadwo or Koho, and a girl would be called Adwoa. Each day has one or more variants, but there's usually not much to choose from.
Fill the form below to get your Akan name.


--- layout: web-components title: x-autocomplete ---
This web-component to replace the existing jQuery auto-complete component. Using the native HTML5 datalist and built-in browser capabilities to parse through existing lists.
Default included information is {% raw %}{{ name }}{% endraw %}
{% raw %}{{ sector }}{% endraw %}
and a label attribute with {% raw %}{{ state }}{% endraw %}
.


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Foundation of atomic theory of the universe
Archimedes principle - the upward boyant force that is exerted on a body immersed in fluid is equal to the weight of the fluid the body displaces
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de Moivre’s formula - links complex numbers and trigonometry normal distribution and probability theory
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Museums
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Maxwells Equations - formulate the classical theory of electromagnetic radiation
Dinosaurs
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Dinosaurs
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Categorize brightness of stars
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Nuclear Fission
Photoelectric Effect General and Special Relativity Enery Mass Equivalence => E=mc^2
Nuclear Fission
nazi
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Shows that there is no lumminiferous ether. Light moves at the same speed regardless of direction. Lays the foundation for the universal speed of light and Einstein’s work on relativity.
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Known for work in wave mechanics. First studied and got a degree in history before becoming interested in science.
Won the Nobel Prize in Physics in 1929 for his work in wave mechanics. His theory stated that all moving particles have an associated wave. This matter-wave duality is described by:
Completed PhD at MIT after serving in WWI with the Belgian army.
Known for being the first to derive the expanding universe from Einstein’s General Relativity (FLRW metric) and giving the first approximation of the Hubble constant in 1927. After initially being an unpopular idea, Hubble’s data showing a red shift of galaxies (indicating moving away), Lemaitre proposed the “primeval atom” ie. the Big Bang theory, where Lemaitre postulated that the current expanding universe dawned from a single point.
He was an early user of computers and took advantage of Vannevar Bush’s differential analyzer at MIT.
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Proof that there is a fundamental limit to the precision that one can know both the location and momentum (velocity) of an electron
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Structure of DNA
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1965 Nobel Prize - quantum electrodynamics
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Setup experiement in 1964 with 20-foot horn shapped antenna to analyze the signals coming from between galaxies. The antenna had been originally constructed to research the collection and amplification radio signals for long distance transmission, but made obsolete with the launch of communication satellites. When Penzias and Wilson began to experiement with the antenna, they encountered a degree of microwave noise in all directions. They attempted moved the antenna to account for “urban interference” from New York city and cleaned/protected the antenna from pigeon droppings.
It wasn’t until they heard of theory by Princeton’s Robert Dicke that they were able to identify the source of the noise. Dicke predicted that if the Big Bang had occured, there would be low level radiation found througout the universe. Penzias and Wilson won the Nobel Prize in physics in 1978 for the discovery of Cosmic Microwave Background radition.
In 1995, he finished proving Fermat’s last theorem after almost a decade of work on the subject. His proof involved the use of modular forms, elliptic curves and galois representations. The famous problem from 1637 states that for three different integers, a, b and c, there is no soultion to the equation:
where n is greater than 2.


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Griezmann Discusses Tricky Messi Relationship
by David KappelAmid reports that Antoine Griezmann's relationship with Lionel Messi is not the greatest, the Frenchman has now opened up on how he gets along with the FC Barcelona superstar.
Read: The 10 Richest Footballers In The World
Griezmann was substituted off in the 57th minute of Barca's 2-1 win at Leganes on Saturday as the new signing once again failed to make an impact.
During the off-season, it was claimed that Messi would have preferred Neymar's return to the Camp Nou over the signing of the France star, but the club favoured a move for Griezmann, who has since struggled to form a fruitful partnership with Luis Suarez and the Argentine.
"I'm really shy and I'm not very good at talking to people," the former Atletico Madrid forward told UEFA.com.
"I'm not the type of person to start conversations. But Leo, Luis and I are getting to know each other, and we've already gone for dinner together.
"Our relationship will only improve over time, and it's clear that what happens will only make us feel more comfortable on the pitch."
Post Selfies On Soccer Laduma's Social Media App & Earn Airtime and more! Download Now
Griezmann also took the opportunity to praise Messi, saying he is a generational talent.
"We won't see a player like him in the next 40 years," he added.
"What he does is incredible.
"It's a real delight to see him play."
Read: 9 Players Who Left Barca Because Of Messi
Griezmann has scored four goals and assisted another three strikes since joining Barcelona from Atletico for a reported fee of €120 million (R1.9 billion).


What's AJAX?
AJAX stands for Asynchronous Javascript and XML, it is a set of web technology to send and receive data asynchronously from a client or server, it is done behind the scene and you don't need to reload the webpage, JSON(Javascript Object Notation) have actually replaced XML(eXtensible Markup Language), most of the API's returns JSON data, AJAX can also return plain text.
I'll be demonstrating in the code below how to get data from https://randomuser.me site, an external free and open-source API for generating random user data. Like Lorem Ipsum, but for people.
//Create the request Object
var url = "https://randomuser.me/api/?results=5";
var request = new XMLHttpRequest();
//Call the open function, GET-type of request, url, true-asynchronous
request.open('GET', url, true);
//call send
request.send();


This user guide explains how to simulate a variety of pulse EPR spectra, using EasySpin's function saffron.
saffron can simulate data from a broad range of pulse EPR experiments. The most common ones are predefined: 2-pulse ESEEM, 3-pulse ESEEM, 4-pulse ESEEM, HYSCORE and Mims ENDOR.
Others can be simulated using saffron's interface for custom user-defined pulse sequences. For this saffron employs two different algorithms to simulate pulse experiments:
The fast
algorithm can accommodate a single electron spin (S=1/2 or S>1/2) coupled to an arbitrary number of magnetic nuclei.
It is also limited to experiments with rectangular pulses and a single microwave carrier frequency.
Relaxation is limited to T1 and T2.
The fast algorithm also does not work with transient detection and more than two indirect dimensions or the modification of a pulse parameter along one of the indirect dimensions.
If any of these requirements are not met, saffron uses the slower but general thyme algorithm (named after the function that is used for propagation), which is described here.
In the following, we go over the following topics:
To simulate a pulse EPR spectrum, use EasySpin's saffron function. Its usage conforms with the other simulation functions in EasySpin. You need to provide it with two input arguments. The first one collects information about the spin system, and the second one collects information about the pulse experiment. There is an optional third input argument that allows you to set some algorithmic parameters.
Here is a simple example upfront, before we dive into more detail. Let's take a simple spin system: an electron spin coupled to a proton with a relatively weak hyperfine coupling.
Sys.g = 2; Sys.Nucs = '1H'; % a proton Sys.A = [2 3 6]; % MHz
For more details on spin systems and their parameters, look at the page on the spin Hamiltonian.
For the experimental information, the minimum information you need to provide is the magnetic field and the type of experiment, including its settings. For example, for
Exp.Field = 350; % mT Exp.Sequence = '2pESEEM'; Exp.dt = 0.005; % us (microseconds)
With these inputs, you can call the simulation function. If you don't ask for outputs, then it will plot the result. Otherwise, you get the result stored in the outputs, and no plotting is happening. For two-pulse ESSEM, a 1D experiment, the first output is the time τ, and the second output is the echo amplitude.
saffron(Sys,Exp); % plots the results [tau,V] = saffron(Sys,Exp); % returns results in t (us) and V plot(tau,real(V),tau,imag(V)); % plotting real and imaginary part separately
The most important parameters for a pulse EPR simulation are the magnetic field and the pulse experiment. The magnetic field is given in Exp.Field
, in units of millitesla (mT):
Exp.Field = 350; % mT
There are two ways to specify the pulse experiment. You can either use one of the built-in ones, or you can define it fully yourself.
We will discuss user-defined experiments further down.
For a full list of supported built-in experiments and their parameters look here.
You specify them in the field Exp.Sequence
.
Exp.Sequence = '2pESEEM'; Exp.Sequence = '3pESEEM'; Exp.Sequence = '4pESEEM'; Exp.Sequence = 'HYSCORE'; Exp.Sequence = 'MimsENDOR';
In these pre-defined pulse sequence, all microwave pulses are treated as ideal (infinitely short, infinite bandwidth). The RF pulse in Mims ENDOR is assumed to have infinitely narrow excitation bandwidth. Each of these pre-defined pulse experiments needs additional parameter settings. If you run any of the ESEEM/HYSCORE experiments, then you need to provide a time increment interval in Exp.dt
. Note that the units are microseconds, not nanoseconds.
Exp.dt = 0.010; % microseconds; equal to 10 ns
For the two-dimensional HYSCORE experiment, saffron will use Exp.dt
for both dimensions.
Next, you need to specify whatever additional parameters are required for the pre-defined experiment you selected. For the ESEEM and HYSCORE experiment, these include initial inter-pulse delays:
% Two-pulse ESEEM Exp.tau = 0.080; % initial tau value, in us % Three-pulse ESEEM, four-pulse ESEEM Exp.tau = 0.120; % fixed tau value, in us Exp.T = 0.100; % initial T value, us % HYSCORE Exp.tau = 0.130; % fixed tau value, in us Exp.t1 = 0.100; % staring value of t1, in us Exp.t2 = 0.100; % staring value of t2, in us
For Mims ENDOR, you must specify the frequency range in Exp.Range
, in units of MHz:
Exp.Range = [2 40]; % MHz
Further, you can specify the number of points. This is done in Exp.nPoints
. If you don't give it, EasySpin uses a default value.
Exp.nPoints = 200; % for 1D experiments Exp.nPoints = [200 200]; % for 2D experiments with equal dimensions Exp.nPoints = [200 100]; % for 2D experiments with unequal dimensions
By default, all pulses are assumed to have infinite excitation bandwidth. This means that you will get a full powder spectrum, no matter what microwave frequency you are using. However, in practice, microwave pulse excitation bandwidths do not exceed 100 MHz or so. As a consequence, only spins within a subset of orientations in a powder sample are excited. This is referred to as orientation selection. Often, the limited excitation bandwidth also results in selective excitation of certain EPR transitions. This is termed transition selection.
Let's look at how orientation and transition selection can be accounted for in a simulation. The excitation bandwidth of a rectangular pulse is determined by its length. You can give finite pulse lengths when specifying the pulse experiment yourself, see below. However, when using the built-in experiment definitions, this is not possible. Instead, saffron offers a simple mechanism to include effects of orientation selection using the field Exp.ExciteWidth
. The excitation profile of the first pulse in the sequence is approximated as Gaussian, and Exp.ExciteWidth
is its full width at half maximum (FWHM), in MHz.
Exp.ExciteWidth = 50; % FWHM of Gaussian excitation profile, in MHz
With limited pulse excitation bandwidth, it is now necessary to specify the microwave pulse carrier frequency. As elsewhere in EasySpin, this is in units of GHz.
Exp.mwFreq = 9.5; % GHz
Both Exp.ExciteWidth
and Exp.mwFreq
are necessary to obtain orientation selection.  For this, you need to provide full details about pulses, delays and incrementation. A pulse experiment is specified in two parts: the pulse sequence and the indirect dimensions. Together, they fully specify the pulse experiment.
To specify the pulse sequence, you need to provide details about each (rectangular) pulse and its temporal placement relative to the preceding one.
Each pulse needs a flip angle and, if you want to use real pulses, a duration.
Pulses need to be defined separately Par
.and can then be combined with delays in Exp.Sequence
.
The flip angles go into Par.Flip
, in radians:
% Create two ideal pulses: p90.Flip = pi/2; p180.Flip = pi; % Two-pulse ESEEM sequence with ideal pulses tau = 0.1; % start value for tau Exp.Sequence = {p90 tau p180 tau}; % 90° - tau - 180° - tau;
For real pulses, durations are expected in Par.tp
, in units of microseconds:
% Create two real pulses: p90real.Flip = pi/2; % flip angle p90real.tp = 0.01; % length of pulse in microseconds p180real.Flip = pi; % flip angle p180real.tp = 0.02; % length of pulse in microseconds % HYSCORE sequence with real pulses tau = 0.1; % length of first interpulse delay in microseconds t1 = 0; % start value for t1 t2 = 0; % start value for t2 Exp.Sequence = {p90real tau p90real t1 p180real t2 p90real tau}; % 90° - tau - 90° - t1 - 180° - t2 - 90° - tau;
Omitting Par.tp
or setting it to zero corresponds to a zero-length pulse with infinite excitation bandwidth and flip angle given in Par.Flip
.
If you have pulses with different phases, specify the phases in Par.Phase
. Again, give it in radians;
p90.Phase = pi/2 % set phase to +y p180real.Phase = pi; % set phase to -x
This defines the pulse sequence. Next, we need to define the incrementation scheme. This includes specifying which pulse intervals are incremented or decremented, and which dimension in the data the incrementation should count for. The fast algorithm only supports in/ or decrementation of delays along a maximum of two indirect dimensions. How to change pulse parameters or run experiments with more than two indirect dimensions is discussed here.
For this, use the field Exp.Dim1
for a one-dimensional experiment or Exp.Dim1
and Exp.Dim2
for a two-dimensional experiment.
Each entry first has a character array that identifies the delay you want to change, which is followed by the size of the increment for each step in microseconds.
For delays, the character array has to have the form 'dx'
where d
stands for 'delay' and x
for a number that corresponds to the index of the delay, e.g. 'd1'
is the first delay in Exp.Sequence
.
Here are a few examples:
% One dimensional experiment: Exp.Dim1 = {'d1' 0.01}; % increment the first delay by 10 ns each step % Two dimensional experiment: Exp.Dim1 = {'d2' 0.01}; % increment 2nd delay by 10 ns along the 1st dimension Exp.Dim2 = {'d3' 0.02}; % increment 3rd delay by 10 ns along the 2nd dimension
It is also possible to change two or more delays within one dimension:
% Increment two delays equally: Exp.Dim1 = {'d1,d2' 0.01}; % increment the 1st and 2nd delay by 10 ns % Increment two delays with different dt: Exp.Dim1 = {'d1' 0.01; 'd2' 0.03 };
If you want to decrement an interval instead of incrementing it, use negative signs. For, example, the following gives a one-dimensional incrementation scheme where the second interval is incremented and the third one is decrement at the same time. This gives a fixed-length pulse experiment.
Exp.Dim1 = {'d2' 0.01;'d3' -0.01}; % combination of increment and decrement
Keep in mind, the starting values (the first data points) are always the ones given in Exp.Sequence
.
The last thing that is missing is to tell saffron the number of data points along each indirect dimension.
This is done with Exp.nPoints
. For a two-dimensional experiment the points of both dimensions must be specified:
Exp.nPoints = 200; % for 1D experiments Exp.nPoints = [200 200]; % for 2D experiments with equal dimensions Exp.nPoints = [200 100]; % for 2D experiments with unequal dimensions
With all this, the manual definition of a three-pulse ESEEM experiment could look like this:
% Spin system Sys.S = 1/2; Sys.Nucs = '1H'; Sys.A_ = [5 2]; % Experiment definition p90.Flip = pi/2; % by providing only a flip angle, pulses are ideal tau = 0.4; Exp.Field = 350; Exp.Sequence = {p90 tau p90 0 p90 tau}; % three pulse ESEEM sequence, the % starting value for the 2nd delay is 0 Exp.nPoints = 512; % 512 data points Exp.Dim1 = {'d2', 0.1}; % increment 2nd delay by 8 ns saffron(Sys,Exp);
For more settings, such as coherence filters, see the reference page on saffron.
By default, saffron simulates powder spectra.
But just like all other EasySpin simulation functions, it can also handle single crystals.
For this, use the fields Exp.CrystalOrientation
(for the crystal orientation in the spectrometer) and Exp.CrystalSymmetry
(for the space group of the crystal, optional):
Exp.CrystalOrientation = [0 pi/2 0]; % single crystal, crystal z axis perpendicular to B0
For more details, see the pages on frames and crystal simulations.
saffron has a range of settings that can be used to adjust the level of theory and other aspects of the simulation. These are provided in the third input argument to saffron, usually called Opt
. One of the most often neede parameters is Opt.nKnots
, which specifies the resolution of the orientational grid used for powder simulations. The higher the number in Opt.nKnots
, the finer the grid.
Opt.nKnots = 19; % 5° increments Opt.nKnots = 31; % 3° increments Opt.nKnots = 46; % 2° increments Opt.nKnots = 91; % 1° increments
By default, EasySpin uses a mid-range resolution. For systems with very anisotopic tensors, it is often necessary to manually increase Opt.nKnots
to get fully converged spectra.
Another useful setting concerns the "product rule". This rule states that ESEEM traces from a spin system with multiple nuclei can be approximated as sums of products of the ESEEM traces from single-nucleus subsystems. Using the product rule is an approximation (except for ideal pulses), but can substantially speed up simulations for multi-nuclear systems. By default, it is not used. To activate it, use
Opt.ProductRule = 1; % use product rule approximation
For other settings, included settings for data processing and display, see the reference page on saffron.
It is possible to add relaxation to pre-defined experimental sequences. For this, give scalar longitudinal and transverse relaxation time constants (T1, T2) in Sys.T1
and Sys.T2
. If either of the two fields is omitted or set to zero, it is ignored.
The following example shows how to add decay to a two-pulse sequence:
Exp.Sequence = '2pESEEM'; Exp.Field = 324.9; Exp.dt = 0.010; Sys.Nucs = '14N'; nuI = larmorfrq(Sys.Nucs,Exp.Field); Sys.A = 2*nuI; Sys.Q = [4*0.1*nuI, 0.6]; Sys.T1 = 4; % adds longitudinal relaxation Sys.T2 = 2; % adds transverse relaxation (phase memory time)
To include transiiton-selective relaxation times, the slower thyme method must be used (see corresponding user guide).


| Home | Trees | Indices | Help |
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Provide information about optional dependencies.
This class should not be instantiated, it serves as a namespace
for dependency information. This information is encoded as a
series of attributes called has_<dependency>
.
Dependency parameters are object which have a a boolean value
(True
if the dependency is available). If False, they contain an
error string which will be used in mdp.config.info() output. If
True
, they contain information about the available version of
the dependency. Those objects should be created by using the helper
class methods ExternalDepFound and ExternalDepFailed.
>>> bool(config.has_python) True
Dependency parameters are numbered in the order of creation, so the output is predictable.
The selection of the numerical backend (numpy
or scipy
) can be
forced by setting the environment variable MDPNUMX. The loading
of an optional dependency can be inhibited by setting the
environment variables MDP_DISABLE_<DEPNAME>
to a non-empty
value.
MDPNUMX
numpy
or scipy
. By default the latter is used
if available.MDP_DISABLE_PARALLEL_PYTHON
pp
)MDP_DISABLE_SHOGUN
MDP_DISABLE_LIBSVM
MDP_DISABLE_JOBLIB
joblib
module and mdp.cachingMDP_DISABLE_SKLEARN
sklearn
moduleMDPNSDEBUG
MDP_PP_SECRET
MDP_DISABLE_MONKEYPATCH_PP
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| _ExternalDep |
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Inherited from Inherited from |
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_HAS_NUMBER = 9
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has_joblib = 0.11
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has_libsvm = NOT AVAILABLE: No module named libsvm
|
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has_mdp = 3.6
|
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has_numx = scipy 0.17.0
|
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has_parallel_python = 1.6.5
|
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has_python = 2.7.12.final.0
|
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has_shogun = NOT AVAILABLE: No module named shogun
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has_sklearn = 0.8.1
|
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has_symeig = scipy.linalg.eigh
|
|
|||
|
Inherited from |
|
Inform that an optional dependency was not found. A new _ExternalDep object will be created and stored in config.
|
Inform that an optional dependency was found. A new _ExternalDep object will be created and stored in config.
|
Return nicely formatted info about MDP. >>> print mdp.config.info() # doctest: +SKIP python: 2.7.2.final.0 mdp: 3.3, MDP-3.2-9-g4bc7356+ parallel python: 1.6.1-monkey-patched shogun: v1.1.0_02ce3cd_2011-12-12_08:17_ libsvm: libsvm.so.3 joblib: 0.5.4 sklearn: 0.9 numx: scipy 0.9.0 symeig: scipy.linalg.eigh This function is used to provide the pytest report header and footer. |
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_HAS_NUMBER
|
has_joblib
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has_libsvm
|
has_mdp
|
has_numx
|
has_parallel_python
|
has_python
|
has_shogun
|
has_sklearn
|
has_symeig
|
| Home | Trees | Indices | Help |
|
|---|
| Generated by Epydoc 3.0.1-MDP on Mon Apr 27 21:56:16 2020 | http://epydoc.sourceforge.net |


--- layout: page title: 33rd Street Sky Center #centered title at top of page subtitle: Vision for an improved 33rd St. – Rawson St. 7 line station #use-site-title: true ---
Responding to a number of issues in the area surrounding the 33rd St. - Rawson St. 7 line stop, including long pedestrian wait times, dangerous crossing conditions at Queens Blvd, a lack of green space (which comprises less than .2% of the total area), and a lack of commercial amenities, I envisioned a public-private transit-oriented development that mitigates all of these problems. I built the model of the structure and matched it to the photo using Sketchup. I then used photoshop to add greater detail to the model and scene.


{% load static %}
| Budgeted Spending | Actual Spending | Remaining |
|---|---|---|
| {{amount_budgeted|intcomma}} | {{amount_spent|intcomma}} | {{amount_saved|intcomma}} |
| Category | Budgeted | Spent | New Expense | {% for i in stuff %}
|---|---|---|---|
| {{i.top_name}} | {{i.budgeted|intcomma}} | {{i.actual|intcomma}} |


| Class | Description |
|---|---|
| BCrypt |
BCrypt implements OpenBSD-style Blowfish password hashing using
the scheme described in "A Future-Adaptable Password Scheme" by
Niels Provos and David Mazieres.
|
| CryptoClass |
Purpose: this class allows for encrypting and decrypting data before saving into the database.
|
| DBContract |
Purpose: Handles database model and table construction.
|
| DBContract.LoginDataTable |
Purpose: Creates a data model and table for storing user login data.
|
| DBContract.PwTable |
Purpose: Creates a data model and table for storing password data.
|
| DBContract.SecurityReportTable |
Purpose: Creates a data model and table for storing security report dates.
|
| DBContract.TempTable |
Purpose: Creates a data model and table for storing temporary password data.
|
| ExampleInstrumentedTest |
Instrumented test, which will execute on an Android device.
|
| ExampleUnitTest |
Example local unit test, which will execute on the development machine (host).
|
| IntroSplashScreen |
Purpose: this class displays the welcome splash screen and allows the user to accept permissions -
it then launches the login activity.
|
| LoginActivity |
Purpose: this class allows the user to create a pass code to access the app.
|
| MainActivity |
Purpose: this activity is the main entry point to the application -
it draws the navigation menu and implements the mobile navigation.
|
| PCodeDataClass |
Purpose: this class handles the temporary storage and getting / setting of the user pass code.
|
| SafeSecure_UnitTests | |
| SecKeyClass |
Purpose: this class handles the temporary storage and getting / setting of the secret key -
used for encryption and decryption.
|
| SQLiteDBHelper |
Purpose: Helper class for SQLite DB transactions - this class wil hold all methods for -
creating, reading, updating and deleting.
|


Metro Newspapers Visualizer
View Related
People
Places
Organizations
All
Newspapers
Baltimore Sun
LA Times
Chicago Tribune
All
Related Terms
January 2000
to
December 2010
There are a few things we should cite/thank:
Thank you Mike Bostock. We are using d3.js and the base css comes from that site.
ColorBrewer 2.0 -- Thank you for the color palettes.
Geoff
http://www.janwillemtulp.com/2011/03/23/tutorial-line-interpolations-in-d3/
Bar


A maximum of 5 sentences will be shown.
From this instructor's {{ content.course }} course
| Institution | {{ content.institution }} |
|---|---|
| Term | {{ content.semester }} {{ content.year }} |
| Course | {{ content.course }} |
| Section | {{ content.section }} |
| Length of Course | {{ content.length_of_course }} |
| Credit Hours | {{ content.credit_hours }} |
| L1 | {{ content.l1 }} |
|---|---|
| Courses Currently Enrolled | {{ content.courses_currently_enrolled }} |
| Courses Previously Enrolled | {{ content.courses_previously_enrolle }} |
| Began Formal Education in Target Language | {{ content.began_formal_education }} |
| Experience Abroad | {{ content.experience_abroad }} |
| Year in School | {{ content.year_in_school }} |
| Major | {{ content.major }} |
| Minor | {{ content.minor }} |
| Proficiency Exam | {{ content.proficiency_exam }}: {{ content.proficiency_exam_score }} |
| Target Language Practice | {{ content.target_language_practice }} |
| Heritage of Target Language | {{ content.heritage_of_target_languag }} |
| Assignment code | {{ content.assignment_code }} |
|---|---|
| Assignment mode | {{ content.assignment_mode }} |
| Macro genre | {{ content.genre }} |
| Assignment topic | {{ content.topic }} |
| Assignment description | {{ content.assignment_name_description }} |
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My fork of Thomas Bradley's javascript excellent signature library: https://github.com/ezl/signature-pad
Original library: https://github.com/thomasjbradley/signature-pad/
Main differences:
The first is the original library by Thomas Bradley, the second is the fork with smoothing by me.
You an also try a full screen signature pad demo.


--- title: Callback Actions - Java layout: page pageOrder: 4.14 section: 'Mock Server' subsection: false ---
When mocking a callback in Java use the org.mockserver.model.HttpClassCallback class which specifies the details class to callback as follows, for example:
HttpCallback httpClassCallback = callback("org.some.package.MyCallback");
The full specification of org.mockserver.model.HttpClassCallback is as follows:
public class HttpCallback {
/**
* The class to callback as a fully qualified class name
*
* This calls must:
* - implement org.mockserver.mock.action.ExpectationCallback
* - have a zero argument constructor
* - be available in the classpath of the MockServer
*
* @param callbackClass class to callback as a fully qualified class name, i.e. "com.foo.MyExpectationCallback"
*/
public HttpCallback withCallbackClass(String callbackClass);
}
The class specified must implement the org.mockserver.mock.action.ExpectationCallback interface as follows:
public interface ExpectationCallback {
/**
* Called for every request when expectation condition has been satisfied.
* The request that satisfied the expectation condition is passed as the
* parameter and the return value is the response that will be returned to the client.
*
* @param httpRequest the request that satisfied the expectation condition
* @return the response that will be returned to the client
*/
public HttpResponse handle(HttpRequest httpRequest);
}
Times
The org.mockserver.matchers.Times class is used to specify how many times you want MockServer to match a request:
To create an instance of Times use one of the static factory methods:
Times.unlimited();
Times.once();
Times.exactly(int count);


Science Quiz
Easy
-
The image formed in a compound microscope is
inverted
-
The lens used in a simple microscope is
Convex
-
The liquid metal is
Mercury
-
Endothermic reactions are those in which
Heat is absorbed
-
Which colour of light is deviated least
red
Medium
-
Acid present in gastric juice is
Hydrochloric Acid
-
Which blood cells are called 'Soldiers' of the body
WBC
-
Which among the following plants is used as Green Manure?
Sunhemp
-
The enzyme “Diastase” is secreted in which among the following?
Oral Cavity
-
Schizophrenia is an example of _________?
Mental Illness
Difficult
-
Among Globulin, Albumin, Glutein and collagen which protein is
abundant in Eggs?
Albumin
-
Which among the following is the first country to issue research
licenses for human embryonic cloning to create stem cells?
Britain
-
Which of the following organism grows on Common Bread?
Mucor
-
World’s first cloned Buffalo was born in which country?
India
-
The “Deoxyribose” which is a part of DNA and a constituent of
hereditary material is a ___:
Carbohydrate


matid.core package¶
Submodules¶
matid.core.lattice module¶
-
class
matid.core.lattice.
Lattice
(matrix)¶ Bases:
object
A lattice object. Essentially a matrix with conversion matrices. In general, it is assumed that length units are in Angstroms and angles are in degrees unless otherwise stated.
-
abc
¶ Lengths of the lattice vectors, i.e. (a, b, c)
-
alpha
¶ Angle alpha of lattice in degrees.
-
angles
¶ Returns the angles (alpha, beta, gamma) of the lattice.
-
beta
¶ Angle beta of lattice in degrees.
-
gamma
¶ Angle gamma of lattice in degrees.
-
get_cartesian_coords
(fractional_coords)¶ Returns the cartesian coordinates given fractional coordinates.
Parameters: fractional_coords (3x1 array) – Fractional coords. Returns: Cartesian coordinates
-
get_fractional_coords
(cart_coords)¶ Returns the fractional coordinates given cartesian coordinates.
Parameters: cart_coords (3x1 array) – Cartesian coords. Returns: Fractional coordinates.
-
get_reciprocal_lattice
()¶ Return the reciprocal lattice. Note that this is the standard reciprocal lattice used for solid state physics with a factor of 2 * pi. If you are looking for the crystallographic reciprocal lattice, use the reciprocal_lattice_crystallographic property. The property is lazily generated for efficiency.
-
get_reciprocal_lattice_crystallographic
()¶ Returns the crystallographic reciprocal lattice, i.e., no factor of 2 * pi.
-
inv_matrix
¶ Inverse of lattice matrix.
-
lengths
¶
-
lengths_and_angles
¶ Returns (lattice lengths, lattice angles).
-
matrix
¶ Copy of matrix representing the Lattice
-
volume
¶ Volume of the unit cell.
-
matid.core.linkedunits module¶
-
class
matid.core.linkedunits.
LinkedUnit
(index, seed_index, seed_coordinate, cell, basis_indices, substitutions, vacancies)¶ Bases:
object
Represents a cell that is connected to others in 3D space to form a structure, e.g. a surface.
-
class
matid.core.linkedunits.
LinkedUnitCollection
(system, cell, is_2d, dist_matrix_radii_pbc, disp_tensor_finite, delaunay_threshold=1.5, chem_similarity_threshold=0.4, bond_threshold=0.75)¶ Bases:
dict
Represents a collection of similar cells that are connected in 3D space to form a structure, e.g. a surface.
Essentially this is a special flavor of a regular dictionary: the keys can only be a sequence of three integers, and the values should be LinkedUnits.
-
create_animation
()¶ Used to create an animation of the search procedure. The unit cells are .
-
get_adsorbates
()¶ Get the indices of the adsorbate atoms in the region.
All atoms that are outside the tesselation, and are either not part of the elements present in the surface or further away than a certain threshold, are labeled as adsorbate atoms.
This function does not differentiate between different adsorbate molecules.
Returns: Indices of the adsorbates in the original system. Return type: np.ndarray
-
get_all_indices
()¶ Get all the indices that are present in the full system.
-
get_basis_atom_neighbourhood
()¶ For each atom in the basis calculates the chemical neighbourhood. The chemical neighbourhood consists of a list of atomic numbers that are closer than a certain threshold value when the covalent radii is taken into account.
Args:
Returns:
-
get_basis_indices
()¶ Returns the indices of the atoms that were found to belong to a unit cell basis in the LinkedUnits in this collection as a single list.
Returns: Indices of the atoms in the original system that belong to this collection of LinkedUnits. Return type: np.ndarray
-
get_chem_env_translations
()¶ Used to calculate the translations that are used in calculating the chemical enviroments.
-
get_chemical_environment
(system, index, disp_tensor_finite, translations, translations_reduced)¶ Get the chemical environment around an atom. The chemical environment is quantified simply by the number of different species around a certain distance when the covalent radii have been considered.
-
get_chemical_similarity
(ideal_env, real_env)¶ Returns a metric that quantifies the similarity between two chemical environments. Here the metric is defined simply by the number neighbours that are found to be same as in the ideal environmen within a certain radius.
-
get_clusters
()¶ Used to cluster the system in order to distinguish chemisorbed adsorbates from the surface.
-
get_connected_directions
()¶ During the tracking of the region the information about searches that matched an atom twive but with a negated multiplier are stored.
-
get_inside_and_outside_indices
()¶ Get the indices of atoms that are inside and outside the tetrahedra tesselation.
Returns: Indices of atoms that are inside and outside the tesselation. The inside indices are in the first array. Return type: (np.ndarray, np.ndarray)
-
get_interstitials
()¶ Get the indices of interstitial atoms in the original system.
-
get_outliers
()¶ Returns the indices of atoms that were not found to belong to the basis.
-
get_substitutions
()¶ Get the substitutions in the region.
-
get_tetrahedra_decomposition
()¶ Get the tetrahedra decomposition for this region.
-
get_unknowns
()¶ Returns indices of the atoms that are in the outliers but are not recognized as any specialized group.
-
get_vacancies
()¶ Get the vacancies in the region.
Returns: An atoms object representing the atoms that are missing. The Atoms object has the same properties as the original system. Return type: ASE.Atoms
-
recreate_valid
()¶ Used to recreate a new Atoms object, where each atom is created from a single unit cell. Atoms that were found not to belong to the periodic unit cell are not included.
-
matid.core.system module¶
-
class
matid.core.system.
System
(symbols=None, positions=None, numbers=None, tags=None, momenta=None, masses=None, magmoms=None, charges=None, scaled_positions=None, cell=None, pbc=None, celldisp=None, constraint=None, calculator=None, info=None, wyckoff_letters=None, equivalent_atoms=None)¶ Bases:
ase.atoms.Atoms
-
static
from_atoms
(atoms)¶ Creates a System object from ASE.Atoms object.
-
get_equivalent_atoms
()¶ Returns a list of indices marking the equivalence for the atoms in the system. This information is only available is explicitly set.
Returns: The equivalence information as a list of integers, where the same integer means equivalence and an integer is given for each atom. Return type: np.ndarray
-
get_wyckoff_letters
()¶ Returns a list of Wyckoff letters for the atoms in the system. This information is only available is explicitly set.
Returns: Wyckoff letters as a list of strings. Return type: np.ndarray
-
set_equivalent_atoms
(equivalent_atoms)¶ Used to set the list of indices marking the equivalence for the atoms for the atoms in this system.
Parameters: equivalent_atoms (sequence of int) – list of indices marking the equivalence for the atoms the atoms in this system.
-
set_wyckoff_letters
(wyckoff_letters)¶ Used to set the Wyckoff letters of for the atoms in this system.
Parameters: - wyckoff_letters (sequence of str) – The Wyckoff letters for the atoms
- this system. (in) –
-
to_cartesian
(scaled_positions, wrap=False)¶ Used to transofrm a set of relative positions to the cartesian basis defined by the cell of this system.
Parameters: - positions (numpy.ndarray) – The positions to scale
- wrap (numpy.ndarray) – Whether the positions should be wrapped inside the cell.
Returns: The cartesian positions
Return type: numpy.ndarray
-
to_scaled
(positions, wrap=False)¶ Used to transform a set of positions to the basis defined by the cell of this system.
Parameters: - positions (numpy.ndarray) – The positions to scale
- wrap (numpy.ndarray) – Whether the positions should be wrapped inside the cell.
Returns: The scaled positions
Return type: numpy.ndarray
-
static


Node is an open-source cross platform runtime environment for server-side and networking applications. It is built on top of Chrome's JavaScript runtime, the V8 engine. And so, applications for Node are written in JavaScript.
Node.js uses an event-driven, non-blocking I/O model that makes it lightweight and efficient.
When using the synchronous form any exceptions are immediately thrown. Exceptions may be handled using try/catch, or they may be allowed to bubble up.
fs = require('fs');
data = fs.readdirSync('c:/');
console.log('data:', data);
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console.log("this comes after");
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