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FNS Documents & Resources (Compact View)
Farmers Market Nutrition Program(2)
Legislation(2)
(-)Policy(16)
Applicant/Recipient
Farmer/Producer
Program Operator
State/Local Agency
ABAWDs(1)
Non-Citizen(2)
Waivers(2)
Expanded View Reset
Document#
12/02/1996 PL 104-193: Changes to Applications for Waivers in the Child Nutrition Programs
11/25/1996 Questions and Answers Concerning PL 104-193: Two-tier Reimbursement Structure for Family Day Care Homes (FDCHs) Participating in the Child Adult Care Food Program (CACFP)
10/02/1996 Letter to State Commissioners on Changes to Immigrants' Food Stamp Certification Requirements
09/18/1996 State Agency Public (Media) Release on behalf of Child and Adult Care Food Program (CACFP) Institutions
08/26/1996 Letter to State Commissioners on Implementing Welfare Reform in the Food Stamp Program
08/22/1996 Memorandum Clarifying Immigrants' Eligibility for Food Stamps
08/22/1996 PL 104-193
08/14/1996 Summary of Food Stamp Provisions Personal Responsibility and Work Opportunity Reconciliation Act of 1996
08/14/1996 Guidance for States on Use of Discretionary Food Stamp Program Time Limit Exemptions
08/13/1996 Limitations on reimbursement for meals served in the CACFP and the SFSP
05/20/1996 96-2 WIC FMNP Recipient/Farmers Survey and FMNP Recipient Report
05/03/1996 Child and Adult Care Food Program (CACFP) Seriously Deficient Providers
03/14/1996 96-1 Farmer and Market Identifiers on FMNP Coupons
02/06/1996 Criteria for Sponsoring Organizations under the Child and Adult Care Food Program (CACFP) Exempt Organizations Handbook, Section 34 (14)


From W University Drive and N Central Expressway, McKinney, Texas, drive north on N Central Expressway toward W University Drive. Make the first left turn onto US-380 W/W University DrContinue to follow US-380 W. Make a left turn to merge onto Texas-289 S/Preston Road. Make a right turn onto Stonebrook Parkway. Silverado Apartments will be on the right.
Silverado apartment homes in Frisco have a special sense of community that the residents are proud of. This complex is centrally located to award-winning schools such as Isbell Elementary, Vandeventer Middle School, and Mary Evans Elementary. It is pet-friendly and has a swimming pool, 24/7 gym, sporting court, and billiards room.
There are eleven floorplans to choose from with one, two, and three bedroom options. Every unit at Silverado is outfitted with washers and dryers, high-quality kitchen appliances, ceiling fans, oval bathtubs, storage closets, and either a balcony or a patio. Certain units come with brick fireplaces and have their own attached (or detached) garages.


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Chennai (சென்னை în tamilă; în trecut, Madras) este capitala statului Tamil Nadu din estul Indiei. Zona mare a orașului Chennai are aproape 7 milioane de locuitori.

Personalități
 Sherard Osborn (1822 - 1875), amiral și explorator polar;
 Frederick John Dealtry Lugard (1858 – 1945), guvernator al Hong Kongului Britanic;
 Kenneth Anderson (1891 – 1959), general britanic;
 K. Ananda Rau (1893 – 1966), matematician;
 Tiruvellore Thattai Krishnamachari (1899–1974), om politic;
 John Henry Constantine Whitehead (1904 – 1960), matematician;
 R.K. Narayan (1906 - 2001), scriitor;
 Lakshmi Sahgal (1914 – 2012), activistă;
 Vainu Bappu (1927 – 1982), astronom;
 Sundaram Balachander (1927 – 1990), cineast;
 Tom Kibble (1932 - 2016), fizician;
 Bhama Srinivasan (n. 1935), matematician;
 Engelbert Humperdinck (n. 1936), cântăreț britanic;
 Vyjayanthimala (n. 1936), actriță, dansatoare, om politic;
 Chakravarthi Padmanabhan Ramanujam (1938 – 1974), matematician;
 S. R. Srinivasa Varadhan (n. 1940), matematician;
 Pete Best (n. 1941), muzician britanic;
 Frederick Antony Ravi Kumar Zacharias (1946 – 2020), predicator religios;
 Bantval Jayant Baliga (n. 1948), inginer și inovator în tehnica semiconductorilor;
 Lakshminarayana Shankar (n. 1950), muzician;
 V. S. Ramachandran (n. 1951), specialist în neuroștiințe;
 Vijay Amritraj (n. 1953), actor, comentator sportiv;
 M. K. Stalin (n. 1953), om politic;
 Indra Nooyi (n. 1955), femeie de afaceri, director general al PepsiCo;
 Ramesh Krishnan (n. 1961), antrenor și jucător de tenis;
 Raman Sundrum (n. 1964), fizician;
 Pramila Jayapal (n. 1965), om politic american;
 A. R. Rahman (n. 1966), cântăreț;
 Madhu Sudan (n. 1966), informatician;
 Viswanathan Anand (n. 1969), șahist;
 Padma Lakshmi (n. 1970), activistă, prezentatoare TV;
 Sundar Pichai (n. 1972), inginer;
 Aravind Adiga (n. 1974), jurnalist, scriitor;
 Mahesh Bhupathi (n. 1974), jucător de tenis;
 Vijay (n. 1974), actor;
 Puneeth Rajkumar (1975 – 2021), actor, cântăreț, prezentator TV;
 Narain Karthikeyan (n. 1977), pilot de Formula 1;
 Yuvan Shankar Raja (n. 1979), compozitor;
 Krishnan Sasikiran (n. 1981), șahist;
 Dhanush (Venkatesh Prabhu Kasthuri Raja) (n. 1983), actor, cântăreț;
 Gagan Narang (n. 1983), campion la tir sportiv;
 Karun Chandhok (n. 1984), pilot de Formula 1;
 Shruti Haasan (n. 1986), actriță;
 Ramkumar Ramanathan (1994), jucător de tenis;
 Rameshbabu Praggnanandhaa (n. 2005), șahist.

Note

Vezi și
 Listă de orașe din India

Orașe din India

redpajama_set_name: RedPajamaWikipedia


We think our helpers are incredible and we want them to be recognized for the outstanding work that they do. Now is your chance to nominate someone that you feel has gone above and beyond, has a positive attitude, and most importantly really helps enrich the lives of the residents.
Colleen received "The Cottages 2017 Volunteer of the Year" award at our annual awards banquet. Colleen has been volunteering for The Cottages and brings warmth and cheer every time she enters our homes.
Thank you Colleen for giving of your time, talents, and energy. We appreciate you and the joy you add to The Cottages!
Fill out the form below to enter the individual that you think deserves The Cottages Volunteer of The Year Award.
What is your relationship with the person you are nominating?
How did you learn about the Volunteer of the Year Award program?


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"Japan Media Arts Distributed Museum": Latest Exhibition Held at Haneda Airport with Augmented Reality Installation Portraying Tokyo's Feudal Past
September 27, 2019 By PhotoGallery.info
The Agency for Cultural Affairs is using Tokyo's Haneda Airport to stage the latest exhibition in the "Japan Media Arts Distributed Museum" project, an initiative launched by the governmental branch to demonstrate media arts/Japanese cultures at about 10 airports and other institutions. The Haneda event ties in with another exhibition under way at the airport involving the National Museum of Japanese History.
Overview of Exhibition at Haneda Airport
Dates & Time: Wednesday, September 11, to Friday, September 27, 2019 (1st year of Reiwa)
*An artwork experience section opens to the public there between 11:30 and 18:30 on these dates.
Location: near the Haneda Nihonbashi Bridge, 5th Floor, International Terminal, Haneda Airport
Content: An installation developed by the AR3Bros., a trio of Japanese augmented reality (AR) creators, with the motifs of artworks "Edo Scenes Folding Screens" and "Edobashi Hirokoji (Edo Bridge Grand Avenue) Diorama." These works portraying the feudal period of Edo (old Tokyo) are owned by the National Museum of Japanese History. A section is set up at the exhibition to enable visitors to have an interactive experience with the installation by using AR devices.
Official website: https://jmadm.jp/en/
Multimedia museum technology
The Agency for Cultural Affairs has been hosting the "Japan Media Arts Distributed Museum" series of exhibitions at about 10 airports and other places, as part of its new project to demonstrate media arts/Japanese cultures at gateways to the country's different regions. This event at Haneda Airport follows the first exhibition, which was held at New Chitose Airport near Sapporo in northern Japan. The Haneda segment of the "Distributed Museum" project is organized in collaboration with another exhibition under way at the airport, titled "HANEDA x REKIHAKU: Think Japan" and jointly hosted by Tokyo International Air Terminal Corporation and the history museum known by its abbreviated name of REKIHAKU.
The installation, titled "Find Iemitsu (Shogun Tokugawa Iemitsu) from the Folding Screens, and you will experience the Edo period with AR technology," produced by the creative unit AR3Bros. using AR technology. The artists and creators featured in this series capture cultural resources borne out of various local milieus through their fresh perspectives and display them in places like airports, which serve as gateways to these regions. By showcasing the works of media arts, the organizers are inviting visitors to explore the true spirit of these cultures throughout their travels.
The organizers are also planning to hold other events at Haneda Airport in the future. Their details will be announced when confirmed.
Information on upcoming exhibitions in the series, including the names of host airports, will be updated when confirmed.
For more details,
https://kyodonewsprwire.jp/prwfile/release/M105685/201909251284/_prw_PA1fl_ne0X67v3.pdf
SOURCE Japan Media Arts Distributed Museum Office
https://jmadm.jp/en/
Culinary tour of Italy
Market Briefing 2019
New Course Set for 9th Osaka Marathon, One of Japan's Biggest Citizens' Marathons; Ready to Accept Entry Applications from April 5
I shoot FUJIFILM X-T20
Travel Poster: I'm in Europe
The Art of Dachan Spreads Artistic Energy and Beauty of East and West in London
8K TV at IFA 2018
Vineyard Stock Photo Featured in Travel Magazine
Creative Chinese food ignited the taste buds of the world: From November 21st to 24th, 2018 "LuHua Cup" Chinese Cooking World Championships was held in Shenyang, Liaoning province

redpajama_set_name: RedPajamaCommonCrawl


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Kevin Hart Makes Big Announcement About Sports Talk Show 'Cold as Balls'
By Brian Jones - December 1, 2022 06:40 pm EST
Kevin Hart just shared some good news about the future of his sports talk show Cold as Balls. The 43-year-old actor announced that the show has returned for the seventh season and the premiere was on Tuesday (Nov. 29). Cold as Balls can be seen on the LOL Network's YouTube channel, and the first guest for the new season is NBA star Dwight Howard.
"Seeing Cold as Balls grow over the past six seasons has been so rewarding, and I can't wait for fans to see what's to come in Season 7," Hart said in a statement. "This season you can expect outrageous stories and even more laughs while I deep dive into the lives of some of the greatest guests I've had the pleasure of icing with yet."
Additional guests for Season 7 of Cold as Balls include 11-time NBA All-Star Allen Iverson, Los Angeles Chargers Running Back Austin Ekeler, Los Angeles Clippers point guard John Wall, Las Vegas Aces star and WNBA champion Kelsey Plum, and Los Angeles Lakers guard Patrick Beverley. Since its premiere in 2018, Cold as Balls has earned over 1.4 billion views
"Building this show with Kevin to reach more than a billion people for the better half of a decade has been nothing short of an incredible and humbling experience," Michael D. Ratner, founder and CEO of OBB Media said in a statement. "We're so proud to launch season seven; with each new season our audience grows and their support for the series never ceases to amaze me. We're very grateful to the fans for their continued support."
Kevin Hart is known for his films such as Ride Along, Ride Along 2, the Jumanji film franchise and Fatherhood. However, the actor and comedian is a huge sports fan, which was on full display when he tried to celebrate with the Philadelphia Eagles when the team won the Super Bowl in 2018.
"I've seen it a lot, but that's what pisses me off the most," Hart said on ESPN in 2018, per Insider. "The whole reason I was going up there was to get to the trophy. I had no idea the trophy went right by me (while arguing with security). I literally had no idea. All I had to do was turn around, and it was right there."
'Fire Skip Bayless': Fans Push FS1 to Take Action After Damar Hamlin Reaction
Tom Brady Reportedly Lost 15 Pounds During 2022 Season and Divorce From Gisele Bündchen
WWE Royal Rumble 2023: Full Card and Predictions
Rob Gronkowski Talks Potentially Getting Engaged to Girlfriend Camille Kostek
Why Two-Time National Champion QB Stetson Bennett Will Not Be in College Football Hall of Fame
Jake Paul Makes Big Announcement on Next Boxing Match
Conor McGregor Struck by Car While Biking: 'I Could Have Been Dead'
Billy Packer, Legendary College Basketball Announcer, Dead at 82


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Online Resources for the Study of the Enochic (and related) Literature
(more links forthcoming…)
The Enoch Seminar Online — http://www.enochseminar.org/drupal/
4 Enoch: The Online Encyclopedia of Second Temple Judaism — http://www.4enoch.org/wiki2/index.php?title=Main_Page
Enoch Seminar Online Book Reviews — http://www.enochseminar.org/drupal/available-reviews
Jewish Encyclopedia: Books of Enoch — http://www.jewishencyclopedia.com/articles/5773-enoch-books-of-ethiopic-and-slavonic
University of St Andrews Lectures on Old Testament Pseudepigrapha — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/
Jewish Roots of Eastern Christian Mysticism Seminar Online (with Enoch content) — http://www.marquette.edu/maqom/
1 Enoch:
1 Enoch Text and Related Resources — http://www.earlyjewishwritings.com/1enoch.html
1 Enoch Bibliography (Univ. of St Andrews) — http://www.st-andrews.ac.uk/divinity/rt/otp/bibliog/dmf/1enoch/
Bibliography of 1 (Ethiopic) Enoch by Thomas Knittel — http://www.uni-leipzig.de/~nt/asp/biblio/hen_aeth.htm
James VanderKam (Univ. of Notre Dame) lecture on 1-2 Enoch — http://www.st-andrews.ac.uk/divinity/rt/otp/guestlectures/vanderkam/
Facts about 1 Enoch — http://www.inspiredbooks.com/1Enoch.htm
"The Book of the Watchers (1 Enoch 1-36)," Abstract of Paper by Albert Lukaszewski — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/bwatchers/
"The Similitudes of Enoch," Summary of Lecture by James R. Davila — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/similitudes/
"The Animal Apocalypse (1 Enoch 83-90)," Abstract of Paper by Sarah Hardcastle — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/animalapoc/
"The Epistle of Enoch (1 Enoch 91-108)," Abstract of Paper by Gillian Gilmour — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/episenoch/
"The Nature and Function of Revelation in 1 Enoch, Jubilees, and Some Qumranic Documents," by George W. E. Nickelsburg — http://orion.mscc.huji.ac.il/symposiums/2nd/papers/Nickelsburg97.html
2 (Slavonic) Enoch:
2 Enoch Text and Related Links — http://www.earlyjewishwritings.com/2enoch.html
2 Enoch — Intro, Info, and Biblio by Andrei Orlov — http://www.marquette.edu/maqom/2enoch.html
2 Enoch Bibliography by Andrei Orlov — http://www.marquette.edu/maqom/secondenoch.pdf
Metatron Bibliography by Meir Bar-ILan — http://faculty.biu.ac.il/~barilm/bibmetat.html
"An Introduction to 2 Enoch," Lecture by Grant Macaskill — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/2enoch1/
2 Enoch manuscripts (Slavonic) — 2 Enoch html Ms. R (with variants) (Part I Part II Part III Part IV) Ms. J (Part I Part II Part III) Ms. V
Resources for Slavonic Pseudepigrapha — http://www.marquette.edu/maqom/pseudepigrapha.html
Orlov, "Celestial Choirmaster: The Liturgical Role of Enoch-Metatron in 2 Enoch and Merkabah Tradition," Journal for the Study of the Pseudepigrapha 14.1 (2004) 3-29.
Orlov, "Noah's Younger Brother Revisited: Anti-Noachic Polemics and the Date of 2 (Slavonic) Enoch," Henoch 26 (2004) 172-187.
Orlov, "'Without Measure and Without Analogy:' Shiur Qomah Traditions in 2 (Slavonic) Enoch," Journal of Jewish Studies 56 (2005) 224-244.
Orlov, Roles and Titles of Enoch-Metatron in 2 Enoch, an excerpt from A. Orlov, The Enoch-Metatron Tradition (TSAJ, 107; Tuebingen: Mohr-Siebeck, 2005).
Orlov, "The Heirs of the Enochic Lore: 'Men of Faith' in 2 Enoch 35:2 and Sefer Hekhalot48D:10"
Orlov, "Resurrection of Adam's Body: The Redeeming Role of Enoch-Metatron in 2 (Slavonic)
Enoch," From Apocalypticism to Merkabah Mysticism: Studies in the Slavonic Pseudepigrapha(JSJSup., 114; Leiden: Brill, 2007) 231-236.
Orlov, "The Heir of Righteousness and the King of Righteousness: The Priestly Noachic Polemics in 2 Enoch and the Epistle to the Hebrews," Journal of Theological Studies 58.1 (2007) 45-65. PDF file.
Orlov, "The Pillar of the World: The Eschatological Role of the Seventh Antediluvian Hero in 2 (Slavonic) Enoch," Henoch 30.1 (2008) 119-135.
Orlov, The Watchers of Satanail: The Fallen Angels Traditions in 2 Enoch (unpublished).
A, Orlov, "On the Polemical Nature of 2 (Slavonic) Enoch: A Reply to C. Bottrich," Journal for the Study of Judaism 34 (2003) 274-303.
"Metatron as the Youth," by Andrei Orlov — http://www.marquette.edu/maqom/metatronyouth.html
"Metatron as the Prince of the World," by Andrei Orlov — http://www.marquette.edu/maqom/metatronprinceworld.html
"Metatron as the Deity: Lesser YHWH," by Andrei Orlov — http://www.marquette.edu/maqom/metatronyhwh.html
"Metatron as the Expert in Secrets," by Andrei Orlov — http://www.marquette.edu/maqom/metatronsecrets.html
"Metatron as the Scribe," by Andrei Orlov — http://www.marquette.edu/maqom/metatronscribe.html
"Etymology of the Name Metatron," by Andrei Orlov — http://www.marquette.edu/maqom/metatronname.html
"Enoch and Salvation," Lecture by Grant Macaskill — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/2enoch2/
3 (Hebrew) Enoch:
Bibliography of 3 Enoch/Hekhalot Literature — http://faculty.biu.ac.il/~barilm/bibmyshk.html
Abstract of paper on 3 Enoch by Bankole Davies-Browne — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/3enoch/
Book of the Giants:
Summary of lecture on (Enochic) Book of Giants by James R. Davila — http://www.st-andrews.ac.uk/divinity/rt/otp/abstracts/bgiants/
LDS Online Enoch Resources:
The Vision of Enoch (Enoch material in chapters 6-8 of the Book of Moses, Pearl of Great Price) — http://www.lds.org/scriptures/pgp/moses/6.21.21-68?lang=eng#20
Enoch the Prophet, by Hugh W. Nibley (book) — http://maxwellinstitute.byu.edu/publications/books/?bookid=53
"Enoch Translated: A review of '1 Enoch 1: A Commentary on the Book of 1 Enoch, Chapters 1-36; 81-108′ by George W. E. Nickelsburg," by John W. Welch — http://maxwellinstitute.byu.edu/publications/review/?vol=16&num=1&id=538
"The Vision of Enoch: Structure of a Masterpiece," by Terrence L. Szink — http://maxwellinstitute.byu.edu/publications/jbms/?vol=17&num=1&id=462
"The Prophecy of Enoch as Restoration Blueprint," by Terryl Givens — http://terrylgivens.com/wp-content/uploads/2010/03/Prophecy-of-Enoch.pdf
Other Articles/Resources:
Enoch as the Expert in Secrets (Andrei Orlov).
Enoch as the Mediator (Andrei Orlov).
Enoch as the Scribe (Andrei Orlov).
Enoch and Written Authorities in Testament of the 12 Patriarchs (Robert Kraft).
Inheritance of Azazel (Andrei Orlov).
Was the Goat for Azazel destined for the Wrath of God? (Jacqueline C.R. De Roo).
The Flowing Stream (John C. Reeves).
Ex 33 on God's Face: A Lesson from the Enochic Tradition (Andrei Orlov).
Enoch as Divine Mediator (James R. Davila).
Second Oxford Lecture on the Development of Christology (discusses Enochic Son of Man) (Crispin Fletcher-Louis).
Hekhalot Literature and Shamanism (discusses apotheosis of Enoch) (James R. Davila).
Bibliography for Old Testament Pseudepigrapha (Univ. of St Andrews).
Notes on the Study of Merkabah Mysticism and Hekhalot Literature in English (Don Karr).


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Following the semi-finals on Saturday, Bristol Rugby will welcome Bedford Blues to The Memorial Stadium for the final of the British & Irish Cup in two-weeks.
Bristol Rugby and Bedford Blues – both of whom will have entered their respective semi-final fixtures as underdogs – silenced the sceptics to claim convincing wins over Pontypridd and Worcester Warriors.
Following a devastating 81-13 defeat to Worcester at Sixways last weekend, Bristol will take huge confidence from their 36-25 win at Sardis Road, which had not witnessed a home loss for twenty-one consecutive games.
In the second semi-final, Bedford put away Championship favourites Worcester Warriors in the first of two knock-out games between the sides in as many weeks, with Paul Tupai twice crossing the white wash. Final score 43-27.
British & Irish Cup final, Bristol Rugby vs. Bedford Blues, May 7, 1705.


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Automotive Sensors Reports
Smart Parking Market by System (Guided & Smart Park), Technology (Ultrasonic, Radar, Image, Component, Parking Management), by Solution (Security & Surveillance, Valet & Parking Reservation, License Plate Recognition), and Vertical - Global Forecast to 2027
Vehicle Anti-Theft System Market by Product (Steering Lock, Alarm, Biometric Capture Device, Immobilizer), Technology (GPS, GSM, RTLS), Vehicle Type (Passenger Car, Commercial Vehicle, Off-Highway Vehicle), and Region - Global Forecast to 2027
Automatic Train Control Market segmentation by Automation (GoA 1, GoA 2, GoA 3, GoA 4), Service (Consulting, Integration & Deployment, Support and Maintenance), Train Type (Urban (Metro & High-Speed Trains), Mainline (Passenger & Freight Trains)) - Industry Analysis, Size, Share, Growth, Trends and Forecast 2022 to 2027.
Automotive Sensors Market by Type (Temperature, Pressure, Position, Oxygen, NOx, Speed, Inertial, Image), by Application (Powertrain, Chassis, Exhaust, Body Electronics, Safety & Control, Telematics), Vehicle Type (Passenger car, Light commercial vehicle, and Heavy commercial vehicle), and Geography - Global Forecast to 2027
Automotive RADAR Market – by Range Type (Long Range RADAR and Short & Medium Range RADAR), Application (ACC, AEB, FCWS, BSD, and Intelligent Parking Assistance), Frequency (2X-GHz and 7X-GHz), Vehicle Type, and Region (North America, Europe, Asia Pacific, Latin America, and Middle East and Africa) – Global Industry Size, Growth, Share, Value, Trends and Demand Forecast Report 2022 to 2027
Vehicle Intelligence Systems Market Segmentation By Component (Sensor, Analog ICs, Processer, Memory), By Assistance and Monitoring Systems (Adaptive Cruise Control, Blind Spot Detection System, Park Assist System, Traffic Jam Assist System, Drowsiness Monitoring/Alertness Sensing System), By Road Scene Understanding (Road/Lane Tracking System, Road Sign Detection System, Night Vision System, Pedestrian Detection System) - Industry Analysis, Size, Share, Growth, Trends and Forecast 2022 to 2027.
Vehicle Security System Market by Type, Technology, Vehicle Type (Passenger Car, Commercial Vehicles and Off-Highway Vehicles), and by Region (Asia-Pacific, Europe, North America and Rest of the World) - Industry Trends and Forecast to 2027
Voice Recognition System Market for Automotive by Technology (Embedded and Hybrid), Application (AI and Non-AI), End-User (Eco, Mid, and Luxury), Fuel Type (ICE, BEV, Others (Hybrid)), and Region - Global Forecast to 2027
Self-Driving Cars Market Segmented by Application (Taxi, Civil, Public Transport, Heavy Duty Trucks, Ride Shares, Ride Hail), by Component (Hardware, Software and Services), by Automation Level (Level 3, Level 4, Level 5), Regional analysis- Global Industry Analysis, Forecast, Trends and Market Size 2022 to 2027
APAC Automotive Electronics Market by Vehicle Type (Passenger Cars and Commercial Vehicles), by Sales Channel (OEM and Aftermarket), by Application (Advanced Driver Assistance Systems, Body Electronics, Entertainment, Powertrain, and Safety Systems) – Regional Analysis, Size, Share, Growth, Trends and Forecast from 2021– 2027
Global Car GPS Navigation System Market - By Component (Hardware, Software, Personal Navigation Device (PND)), By Car type (Passenger Car, Commercial Car), By End-User (OEM, Aftermarket) & By Region - Industry Analysis on Size, Share, Growth, Trends and Forecast 2022 to 2027
Vehicle Tracking Systems Market by Type (Active and Passive), Vehicle Type (Commercial Vehicles, Passenger Vehicles), by Application (Mobile Tracking, Cellular Tracking, Satellite Tracking), and by Industry Vertical (Transportation & Logistics, Construction & Manufacturing, Aviation, Retail, Government, Others): Opportunity Analysis and Industry Forecast, 2021- 2027
Crash Barrier Systems Market Segmentation By Device Type (Fences, Bollards, Gate, Drop Arms, Others), By Technology (Rigid, Semi Rigid, Flexible), By Material Type (Metal, Non-Metal, Plastics, Wood, Concrete), By Application (Roadways, Airports, Railways, Others) and By Region- Industry Analysis, Share, Growth, and Forecast 2022 to 2027.
Keyless Ignition System Market Segmentation by Vehicle type (Passenger Cars, Light Commercial Vehicle, Heavy Commercial Vehicle), by Sales Channel (OEM, Aftermarket), by Product Type (Passive Keyless Entry System, Remote Keyless Entry System) and Region - Industry Analysis, Share, Growth, and Forecast 2022 to 2027.


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PLIC/1/0319 Junior Army and Navy Stores Limited, 21-24 D'Olier Street, Dublin. Junior Army and Navy Stores Limited D'Olier Street; Sackville Place Claim for £1,332 for destruction of stock-in-trade held at Sackville Place, Dublin. Payment of £1,089 4s 10d recommended by Committee.
PLIC/1/4266 Junior Army and Navy Stores Limited, D'Olier Street, Dublin. Junior Army and Navy Stores Limited D'Olier Street Claim for loss of business and for damage to meat, poultry and fish goods at D'Olier Street, Dublin. Deemed consequential loss by Committee.
PLIC/1/6446 Sedgwick, Collins and Company Limited, 7 Gracechurch Street, London, England. Sedgwick, Collins and Company Limited; British and Irish Steam Packet Company Limited; Junior Army and Navy Stores Limited Gracechurch Street; London; England; Sir John Rogerson's Quay Claim for looting of tennis goods at the stores of the British and Irish Steam Packet Company Limited, Sir John Rogerson's Quay, Dublin. Goods were consigned to the Junior Army and Navy Stores Limited, Dublin. Claim declined by Committee as it was received past the deadline for submissions. Insurance company deemed liable.


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Cour ovale, nom composé du mot cour, élément architectural, et de l'adjectif caractérisant la forme d'un ovale, peut désigner :
 la cour Ovale du château de Fontainebleau ;
 la Cour ovale, cour intérieure d'immeubles de l'île Feydeau à Nantes.


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and have Class 1, Div 1 approval for Wellpad.
We invite you to learn more by clicking on an application below to research product information or shop by application.
Liquid Level Transmitter- Magnetostrictive is a self-contained, batter-powered liquid measurement solution made especially for the remote, rugged environments without access to a power line.This wireless tank level gauge provides a 3-in-1 continuous liquid level monitoring solution of product level, interface level and temperature level. This liquid level sensor utilizes field-proven magnetostrictive level sensor technology with high resolution of 0.01-inch and is ideal for tank level and liquid level monitoring. The wireless liquid level sensor can be ordered in various lengths with a Rigid 316 stainless steel, Flexible, or Ultra-Flex sensor with standard or large size floats.
Wireless High Level Switch Transmitter – Top Mount is a self-contained batter-powered spill/overflow prevention solution made especially for the remote, rugged environments without access to a power. The Top Mount High Level Switch is ideal for point level sensing of refined fuels, crude oil products, chemicals, acids, caustics, lubricants, detergents etc. This wireless instrument is equipped with two actuation points so that it can be used just for high level (1 float) or high and high-high levels (2 floats). The transmitter and switch are sold separately so that the switch can be ordered to custom length and configuration.
Wireless High Level Switch Transmitter – Side Mount is a self-contained, battery-powered spill/overflow prevention solution made especially for the remote rugged environments without access to a power line. The submersible Side Mount High Level Switch is ideal for point level sensing of refined fuels, crude oil products, chemicals, acids, caustics, lubricants, detergents etc. This product is sold together with both transmitter and switch.
Wireless Liquid Level Transmitter - Hydrostatic is a self-contained, battery-powered liquid measurement solution made especially for the remote, rugged environments without access to a power line. This wireless instrument determines level measurements by monitoring pressure at the bottom most point of vented top-mount tanks, deep wells, water towers and rivers.
Wireless Analog/Pressure Sensor Transmitter is a self-contained, battery-powered monitoring solution for a variety of industrial applications made especially for the remote, rugged environments without access to a power line. This transmitter offers three 0-5 V analog inputs (24-bit ADC) and can be used with third-party pressure sensors/transducers or other analog signal output devices. Both zero and maximum points can be calibrated using the LCD puck. This device is also equipped with one discrete input for exception reporting and works with dry contact switches or open-drain output/NPN devices.
Wireless RTD Temperature Transmitter is a self-contained, battery-powered temperature measurement solution using RTD platinum 100 ohm sensor and is made especially for the remote, rugged environments without access to a power line. The RT1 direct-mount version of this transmitter includes an RTD sensor ranging from 2 to 18 inches in 1 inch increments while the RT2 multi-vendor version includes a junction box with wiring terminal board. In addition, this wireless instrument can be used with any third-party Platinum 100 ohm RTD sensor and support 2, 3, or 4-wire type.
Wireless Discrete Transmitter is a self-contained, battery-powered exception reporting solution in a variety of industrial process conditions and is made especially for the remote, rugged environments without access to a power line. This product provides two discrete/digital inputs and works with dry contact switches or open-drain output/NPN devices for signaling alarm, on/off or open/closed status. In addition, this superbly design product includes a junction box and wiring terminal block for making wiring hassle-free.
Wireless Gateway or Wireless Base Radio is the central data collection point especially designed for monitoring critical process conditions designed especially for the remote field applications. The Base Unit is responsible for receiving/collecting data from wireless end nodes such as Wireless Transmitters, Wireless I/O Modules, and other Wireless Gateways. The collected data can be communicated with third-party Modbus device such as a RTU, PLC, EFM, HMI, or DCS via RS232 or RS485 Serial port.
Wireless High Level Switch Transmitter – Side Mount is a self-contained, battery-powered spill/overflow prevention solution. The submersible Side Mount High Level Switch is ideal for point level sensing of refined fuels, crude oil products, chemicals, acids, caustics, lubricants, detergents etc. This product is sold together with both transmitter and switch.
WT Series Wireless Analog/Pressure Sensor Transmitter is a self-contained, battery-powered monitoring solution. This transmitter offers three 0-5 V analog inputs (24-bit ADC) and can be used with third-party pressure sensors/transducers or other analog signal output devices. Both zero and maximum points can be calibrated using the LCD puck. This device is also equipped with one discrete input for exception reporting and works with dry contact switches or open-drain output/NPN devices.
WT Series Wireless RTD Temperature Transmitter is a self-contained, battery-powered temperature measurement solution using RTD platinum 100 ohm sensor. The RT1 direct-mount version of this transmitter includes an RTD sensor ranging from 2 to 18 inches in 1 inch increments while the RT2 multi-vendor version includes a junction box with wiring terminal board. In addition, this wireless instrument can be used with any third-party Platinum 100 ohm RTD sensor and support 2, 3, or 4-wire type.
WT Series Wireless Flow Totalizer Transmitter is a self-contained, battery-powered flow monitoring/flow measurement solution that seamlessly integrates with third-party liquid flow turbine meters.The Flow Totalizer is equipped with a high-speed pulse counter that supports a frequency range of 1 Hz to 10 kHz. The universal 2-pin turbine pickup coil connector (Part # MS3106A-10SL-4S) connects seamlessly with many available third-party flow turbine meters. The 1-inch mating union that is included with the product provides a quick and easy mounting solution to third-party flow turbines.
Wireless Analog/Pressure Sensor Transmitter is a self-contained, battery-powered monitoring solution for a variety of industrial applications made especially for the remote, rugged environments without access to a power line This transmitter offers three 0-5 V analog inputs (24-bit ADC) and can be used with third-party pressure sensors/transducers or other analog signal output devices. Both zero and maximum points can be calibrated using the LCD puck. This device is also equipped with one discrete input for exception reporting and works with dry contact switches or open-drain output/NPN devices. This combination of analog and discrete inputs is ideal for use on wellheads for monitoring casing, tubing, and surface pressure levels as well as monitoring arrival sensor.
WT Series Wireless Discrete Transmitter is a self-contained, battery-powered exception reporting solution. This product provides two discrete/digital inputs and works with dry contact switches or open-drain output/NPN devices for signaling alarm, on/off or open/closed status. In addition, this superbly design product includes a junction box and wiring terminal block for making wiring hassle-free.
Wireless Multi-I/O Module -The Wireless Multi-I/O Module is equipped with 4 Analog Inputs (0-10 V or 4-20 mA) and 4 configurable discrete channels for supporting a mix of inputs and outputs. This device can also be used as a Modbus Master with Read and Write functions. It is ideal for any type of industrial process monitoring and control applications including wireless fail safe, valve control, exception reporting, counter, triggering alarm, mirror I/O applications.
The Wireless Cathodic Protection Transmitter Kit is a self-contained, battery-powered solution for wireless monitoring the integrity of a cathodic protection system. The Kit includes a Cathodic Protection Transmitter and DC Current Sensor and is a turn-key solution for rectifier monitoring both current and voltage. This device gives the user the flexibility of selecting the Current Range: 0-20, 0-40, or 0-80 A. It also provides 0-50 Voltage DC input for monitoring cathodic rectifier DC Voltage output.
The Base Unit - Wireless Gateway or Wireless Base Radio is the central data collection point for monitoring critical process conditions designed especially for the remote field applications.The Base Unit is responsible for receiving/collecting data from wireless end nodes such as Wireless Transmitters, Wireless I/O Modules, and other Wireless Gateways.
The DH2 "Data Hub" - Wireless Gateway or Wireless Base Radio is the central data collection point for monitoring critical process conditions designed especially for the remote field applications.The DH2 is unique from other base radios in the marketplace because it can also be utilized for creating a peer-to-peer network infrastructure.
The Orbit is Built for harsh environments with an industrially hardened compact enclosure to ensure reliable operation. Integrates cellular and WiFi technologies without the need for expansion cards or external modems, resulting in less equipment and less cost to extend networks and coverage.he Base Unit - Wireless Gateway or Wireless Base Radio is the central data collection point for monitoring critical process conditions designed especially for the remote field applications.
The SD Series are industrial wireless solutions that provide long distance communications over licensed radio bands, allowing users to interface to both Ethernet and serial devices such PLCs, RTUs and meters with host monitoring and control systems.
Today's SCADA and Telemetry systems transport large amounts of data at ever-increasing speeds. Additionally, the need for greater packaging flexibility has redefined the "ideal" wireless platform. TransNETTM utilizes FHSS (Frequency Hopping Spread Spectrum) to provide reliablelong range data transportation at up to 115.2 kbps. The TransNET provides transparent data communications for nearly all SCADA, Telemetry, and EFM protocols including Modbus.
The Aprisa XE is a high capacity, narrow band point-to-multipoint radio for SCADA and Telemetry.For a long distance point-to-point link, a smart point-to-multipoint wireless SCADA network, or both together, choose the Aprisa. With unbeatable reliability and performance, the Aprisa smart radios support all analogue and digital interfaces for a wide variety of applications.


Sa Coma is family orientated modern resort reached by a footbridge over a seawater lagoon from S'Illot. There is a wide sea-front promenade and a golden sandy beach.
With a good array of restaurants, nightlife is low key with only a few lively bars. A tourist train runs around the town and the local bus takes you to Cala Bona and Palma. Nightlife is low-key in this fantastic family destination.


Perfect for cleaning greasy grates. Weber Grill Brushes are heavy duty, steel bristled grate brushes with bamboo handles. Available in 12″ or 18″ grill brush.
New British breeding for a 100% all purple leaved type with increased vigour and uniformity, and traditional cupped Genovese shaped leaves. An excellent ornamental edible, ideal grown on the windowsill, or in containers or baskets outdoors in the summer.
Set of 5 Flavorizer bars.
Keep cooked food warm while you wait for the rest with the Weber Spirit Classic Warming Racks. Available to fit 200 and 300 Spirit Series barbecues.


The new representative of the world game in the universe of action is created specifically for users of mobile devices and is called Hitman: Sniper. Have you wanted to start fighting criminals or become a real sniper? Your time has come. Hitman: Sniper Patch it's participation in a real modern war in which you can prove yourself as a real man. A stunning image will allow you to feel the atmosphere of murders, which you will have in a very big numbers. Take it in your hands and control every process. Test your strength and courage. You will be surprised at how much you can be collected and dangerous.
This Hitman: Sniper Patch is created by russian programmers so that everyone could get everything in the game for free. There are two versions of the patch - one for iOS, and the other for Android. So if you using Android device, then you need to download a patch for the android, and if the iOS device, then download iOS version of Patch. Otherwise you just can't launch this hacking on your device.
The game takes place offline, where you will perform the missions you need. This is a great opportunity to check how much you are created for this kind of game and whether or not you are suitable for this role. In every battle, tactics and concentration are very important. If it there are none of them, then you can say it is doomed to failure, unless a miracle happens. What would it be to create an intellect in Hitman: Sniper and think about how to distribute your forces best in this or that situation.
How does the Patch for Hitman: Sniper work?
After you install this patch on your device, it will need to be run. After you turn on this program, within a few seconds it will find the game. You only need to choose what you want to hack in this game, and click the "Run Patch" button Hitman: Sniper Hack will start. If you are connected to the Internet, it is better to activate the "Enable encryption" function. This patch works with offline and online mode.
hack Hitman: Sniper will provide you with a large arsenal of weapons and combat vehicles, but they all need to be improved and increased each time. Remember that if you have a hundred simple cars, and your opponent has ten tough ones, then he will definitely win. So do not waste your energy on small cars, and grab the best ones! Do you have any wishes or aspirations? Customize everything for yourself in the game settings so that it will be more suited to your requirements.
How to use this Hitman: Sniper Hack?
In Hitman: Sniper Hack you will have the opportunity not only to buy, but also to do weapons by yourself, which will not be equal. Do not forget that a good killer is not only who shoots well, but the one that does it the most unnoticed. Be in the protective structures around you, be safe. Establish your power over a specific sector, combining forces with other players and creating your alliance. Together you will definitely win! By the way, to install this hack, and to use it, you do not need to root your android device, or jailbreak your iOS.


Drop shaped Amethyst, cluster of diamonds and an elegant beaded band make this piece more eye-catching. It is crafted in 18k white gold cocktail ring enhance the grace of your evening attire. This ring is also available in yellow and rose gold.


text:
Rejdice je vesnice, část obce Kořenov v okrese Jablonec nad Nisou. Nachází se asi 3,5 km na jih od Kořenova. Je zde evidováno 77 adres. Trvale zde žije 29 obyvatel.

Rejdice je také název katastrálního území o rozloze 2,7 km2.

Historie
Rejdice byly založeny již v roce 1577 a jsou tak nejstarší částí dnešní obce Kořenov. V letech 1618-1752 zde provozoval sklárnu huťmistrovský rod Preisslerů. V letech 1850–1920, 1939–1945 a 1949–1960 patřila osada Rejdice k obci Příchovice, v letech 1920–1938 a 1945–1949 byly samostatnou obcí. Dolní část Rejdic leží při silničce z Příchovic do Zlaté Olešnice, horní část Rejdic při cestě u horního konce dnešní rejdické sjezdovky. K Rejdicím patří i osada Počátky při silnici II/290 od Vysokého nad Jizerou.

Osobnosti
bratři
 ak. soch. Lumír Šindelář (1925–2010), sochař, medailér a sklář
 prof. Dr. Dušan Šindelář, DrSc. (1927–?), estetik a teoretik užitého umění

Reference

Externí odkazy

Vesnice v okrese Jablonec nad Nisou
Sídla v Krkonoších
Kořenov
Sídla v CHKO Jizerské hory


text:
Payout Ratio:
Profit:
$31.90 in 23 payouts
$200.00 in 1 spends
Profit Jan 25th, 2023 $2.60
Profit Jan 6th, 2023 $1.30
Profit Dec 28th, 2022 $1.30
Profit Dec 21st, 2022 $1.30
Profit Dec 7th, 2022 $1.30
Profit Dec 2nd, 2022 $1.30
Profit Nov 30th, 2022 $1.30
Profit Nov 23rd, 2022 $1.30
Profit Nov 21st, 2022 $1.30
Profit Nov 9th, 2022 $1.30
Profit Nov 1st, 2022 $1.30
Profit Oct 31st, 2022 $2.00
Spend Oct 27th, 2022 $200.00


text:
Meet The Buzzy, Whimsical Brand Beloved by Bella Hadid and Dua Lipa
By Christian Allaire
There's a good chance you've already stumbled upon Marshall Columbia's clothes on Instagram—you just may not have realized it yet. For the past few months, the emerging, Brooklyn-based designer has been dressing megawatt stars like Dua Lipa, Miley Cyrus, Doja Cat, and he has been gaining a secret cult following for his graphic pieces (an assortment of which is currently available on Ssense). The fandom only makes sense: his colorful, revealing aesthetic practically begs for a selfie. This weekend, Bella Hadid wore a baby blue top with cutouts from the label's upcoming September collection. And when an It-model wears your stuff, you know it's really about to pop off.
The skin-revealing slashes on Hadid's top are a signature of Columbia's designs, applied with reckless abandon to his slinky dresses, bike shorts, and sweaters. The 24 year old, who studied at FIT in New York, got his start by assisting the costume designer Diego Montoya. Columbia launched his label during quarantine last year, and a lot of his work is inspired by the arts and crafts he enjoyed making as a child. This is especially evident in the colorful beadwork that he embellishes his pieces with.
Doja CatPhoto: Getty Images
Hadid isn't the only fan of his bodycon looks, either: Doja Cat also wore a similar top in hot pink, during a performance in Miami in July. She also wore Columbia's mini skirt, also complete with cutouts, and his puffy blue mini bag, which is like a pillow for your wallet and phone. Dua Lipa recently wore his blue, heart-print dress while on vacation in Albania (it's also from an upcoming collection). She's also worn the brand's checkered knits and his neon green bag. The puffy purses are a clear favorite. Earlier this year, Miley Cyrus also performed during an Apple Music event wearing Columbia's exuberantly beaded suit, which is anything but stiff or corporate.
Columbia's whimsical finishings are definitely not for the wallflower. Only makes sense, then, that some of the most-photographed stars in the world are fans. And with his upcoming drop, releasing in September, you, too, can dress like a chic star. Start calling up the paparazzi.
The Best Fashion Instagrams of the Week: Kendall Jenner, Dua Lipa, Taraji P. Henson, and More
By Liana Satenstein
Bella Hadid Proves This Is the Fashion Crowd's Favorite Ballet Flat
The Jewelry Report: Vivienne Westwood's Pieces Are Having a Moment
By Dora Fung
Kendall Jenner Hops on the Motocross Trend
By Alex Kessler
What Bella Hadid Packed for a Tropical Winter Holiday


text:
Britcar Prototype Series Silverstone race report: Dawn of the prototypes
Posted by Jurek Biegus | 6 Apr 2016 | Britcar, Featured | 0
Less than a week since the Dunlop Endurance Championship burst back into life at Silverstone, the same organising team returned to the home of British motorsports to launch the brand new Dunlop Prototype Series. Appearing as a support act for the 24 Hours of Silverstone, the Britcar team behind the series have, it seems, surpassed themselves again.
s major championships go, few have been conceived and born as quickly as this one. Whilst Claire and Rob Headley were in the midst of organising the Dunlop Endurance Championship, questions were asked whether prototype cars would be eligible for the series. The answer was no. However, sensing a gap in the market and with the racing season only a few short months away, they used their experience and contacts in the business to pull together a four race championship with the shortest of notice.
On Friday afternoon the hard work came to fruition when a modest eight cars lined up on the grid. To some a 'mere' eight cars might not have been impressive, but considering they were starting in a championship that didn't exist at the end of 2015, it makes the achievement ever more remarkable.
The field comprised of 4 Ginetta G57s, 2 Radical SR8s, a Radical RXC Spyder, and a Riley MKXXII TDC and attracted drivers of the quality of Craig Dolby, Alex Kapadia, Paul White and Ginetta boss Laurence Tomlinson.
In order to offer the greatest amount of racing variety, the series will be broken down into four classes catering for cars such as the Ginetta G57, Praga R1, Tampolli, Riley and Aquila. Class 2 covers, the Radical family of RXC, RXC Spyder and SR8. Class 3 is CN from 2011 and Class 4 is CN up to 2010.
The cars saw action in two races over the weekend, both an hour in length and each including a mandatory pit stop. Race 1 saw Laurence Tomlinson take the victory in his Ginetta G57 despite spending most of the race over fifteen seconds behind the Radical SR8 of Alex Kapadia. After completing a pit stop allowing Paul Spencer to take over the Radical, Spencer was forced to stop again to tighten his seatbelts, thus giving up the lead to Tomlinson. Third place was taken by Craig Dolby in the Riley Daytona Prototype just 0.8 seconds ahead of the Ginetta G57 of Paul White.
Race 2 was a closer affair with Kapadia and Tomlinson once more going toe to toe for the first half of the race, whilst early leader Dolby dropped back to fourth. After the pit stops shook out, Tomlinson was once again in the lead. Taking over from Kapadia in the Radical, Paul Spencer dropped down the field allowing Michael Munemann in the Algarve Pro Racing Ginetta G57 up to second, with Paul White rounding off an all Ginetta podium with third and Dolby taking fourth.
With three rounds remaining taking in Snetterton, Donington Park and Spa-Francorchamps, coupled with plenty of driver interest, the two opening races have shown the scope for this championship to grow in time for a full scale series in 2017.
Jurek Biegus
A photographer for many years who has worked for a diverse range of clients at race tracks all over Europe. Jurek covers British GT and all the other big races in the UK.
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Williams' granddaughter and biographer Karen Hudson (above) continues to live in the Williams family's 'Streamline Moderne' home (top), built in 1952 in the Lafayette Square area of Los Angeles.
True, he designed important public housing projects, starting with Langston Terrace in Washington, D.C. in 1936, in partnership with the leading black architect Hilyard Robinson.
But unlike Neutra, for example, who was a socialist, and who assisted Williams on Pueblo del Rio public housing (1940) in Los Angeles, Williams believed that private, not public, initiative was key to improving people's lives. He urged blacks to become "the group which has the greatest percentage of home ownership."
Frank Wilkinson, a longtime public housing activist and administrator in Los Angeles, said Neutra was deeply committed to public housing—but not Williams. "He was one of the most eminent blacks in Los Angeles," Wilkinson wrote. "His name would have been of great value to our struggle."
Still, Williams went on to design Nickerson Gardens, another Los Angeles project, in the 1950s. He also designed Berkeley Square, a postwar tract for African-Americans in Las Vegas originally called Westside Park. Williams' "personal interest in the problems of Las Vegas' Westside residents was a major contribution to the new development," the Las Vegas Review-Journal wrote in 1945.
"Williams was Republican," Jeh Johnson said, "but I wouldn't call him conservative in the sense of being really interested in working for rich people only. He really liked working on modest homes."
But it wasn't Williams' views on housing that attracted the real ire of black activists. What incensed many were his views on social relations between whites and blacks.
The famous Theme Building at LAX, for which Williams was a design collaborator.
In an extraordinarily personal essay that ran in a popular magazine in 1937, 'I Am a Negro,' Williams wrote: "Virtually everything pertaining to my professional life during those early years was influenced by my need to offset race prejudice, by my effort to force white people to consider me as an individual rather than as a member of a race."
Although Williams worked for black clients—designing churches, funeral homes, and offices for black-owned insurance companies and banks—most of his clients, naturally, were white.
"He'd walk around construction sites with his hands behind his back so people wouldn't be put into the uncomfortable position of feeling they had to shake his hand," Karen Hudson remembers.
Williams' rendering of 'Satellite City,' which was never built, a modern urban plan with tall business buildings, shopping centers, restaurants, and parks.
Williams had other ways of avoiding racial confrontations. While remaking the Beverly Hills Hotel, she said, one of Williams' junior architects lunching poolside gestured for Williams to join him. "My grandfather wouldn't come over. Black folks couldn't be served out by the pool."
But if Williams never let prejudice stop him when it came to business, "He accepted in the social realm what he did not accept in the professional world: limitations on what he could do because of race," Henderson wrote in his thesis.
"Of course I know that I cannot be accepted socially by the whites," Williams wrote in 'I Am a Negro.' "I have no desire to be, for I firmly believe that the Negro, in order to break down the racial barriers which affect his business success, should be ever careful in preserving the social barriers that set him apart. I have defined those social barriers for my own guidance and made it a rule never to attend social gatherings where white women are to be present."
Many black progressives glowered; some used the 'Uncle T' word.


text:
#include "DS_Utils.h"
#include "DS_Config.h"
#include "DS_Protocol.h"
#include "DS_Joysticks.h"
#include "DS_DefaultProtocols.h"

#include <time.h>
#include <math.h>
#include <stdio.h>
#include <string.h>

#if defined _WIN32
    #include <windows.h>
#endif

/*
 * Protocol bytes
 */
static const uint8_t cTest               = 0x01;
static const uint8_t cEnabled            = 0x04;
static const uint8_t cAutonomous         = 0x02;
static const uint8_t cTeleoperated       = 0x00;
static const uint8_t cFMS_Attached       = 0x08;
static const uint8_t cEmergencyStop      = 0x80;
static const uint8_t cRequestReboot      = 0x08;
static const uint8_t cRequestNormal      = 0x80;
static const uint8_t cRequestUnconnected = 0x00;
static const uint8_t cRequestRestartCode = 0x04;
static const uint8_t cFMS_RadioPing      = 0x10;
static const uint8_t cFMS_RobotPing      = 0x08;
static const uint8_t cFMS_RobotComms     = 0x20;
static const uint8_t cFMS_DS_Version     = 0x00;
static const uint8_t cTagDate            = 0x0f;
static const uint8_t cTagGeneral         = 0x01;
static const uint8_t cTagJoystick        = 0x0c;
static const uint8_t cTagTimezone        = 0x10;
static const uint8_t cRed1               = 0x00;
static const uint8_t cRed2               = 0x01;
static const uint8_t cRed3               = 0x02;
static const uint8_t cBlue1              = 0x03;
static const uint8_t cBlue2              = 0x04;
static const uint8_t cBlue3              = 0x05;
static const uint8_t cRTagCANInfo        = 0x0e;
static const uint8_t cRTagCPUInfo        = 0x05;
static const uint8_t cRTagRAMInfo        = 0x06;
static const uint8_t cRTagDiskInfo       = 0x04;
static const uint8_t cRequestTime        = 0x01;
static const uint8_t cRobotHasCode       = 0x20;

/*
 * Sent robot and FMS packet counters
 */
static unsigned int send_time_data = 0;
static unsigned int sent_fms_packets = 0;
static unsigned int sent_robot_packets = 0;

/*
 * Control code flags
 */
static int reboot = 0;
static int restart_code = 0;

/**
 * Obtains the voltage float from the given \a upper and \a lower bytes
 */
static float decode_voltage (uint8_t upper, uint8_t lower)
{
    return ((float) upper) + ((float) lower / 0xff);
}

/**
 * Encodes the \a voltage float in the given \a upper and \a lower bytes
 */
static void encode_voltage (float voltage, uint8_t* upper, uint8_t* lower)
{
    if (upper && lower) {
        *upper = (uint8_t) (voltage);
        *lower = (uint8_t) (voltage - (int) voltage) * 100;
    }
}

/**
 * Returns the control code sent to the FMS. This code is very similar to
 * the control code sent to the robot, however, it contains addional/extra
 * information regarding the robot radio.
 *
 * This code contains the following information:
 *    - The control mode of the robot (teleop, autonomous, test)
 *    - The enabled state of the robot
 *    - The FMS attached keyword
 *    - Robot radio connected?
 *    - The operation state (e-stop, normal)
 */
static uint8_t fms_control_code (void)
{
    uint8_t code = 0;

    /* Let the FMS know the operational status of the robot */
    switch (CFG_GetControlMode()) {
    case DS_CONTROL_TEST:
        code |= cTest;
        break;
    case DS_CONTROL_AUTONOMOUS:
        code |= cAutonomous;
        break;
    case DS_CONTROL_TELEOPERATED:
        code |= cTeleoperated;
        break;
    }

    /* Let the FMS know if robot is e-stopped */
    if (CFG_GetEmergencyStopped())
        code |= cEmergencyStop;

    /* Let the FMS know if the robot is enabled */
    if (CFG_GetRobotEnabled())
        code |= cEnabled;

    /* Let the FMS know if we are connected to radio */
    if (CFG_GetRadioCommunications())
        code |= cFMS_RadioPing;

    /* Let the FMS know if we are connected to robot */
    if (CFG_GetRobotCommunications()) {
        code |= cFMS_RobotComms;
        code |= cFMS_RobotPing;
    }

    return code;
}

/**
 * Returns the control code sent to the robot, it contains:
 *    - The control mode of the robot (teleop, autonomous, test)
 *    - The enabled state of the robot
 *    - The FMS attached keyword
 *    - The operation state (e-stop, normal)
 */
static uint8_t get_control_code (void)
{
    uint8_t code = 0;

    /* Get current control mode (Test, Auto or Teleop) */
    switch (CFG_GetControlMode()) {
    case DS_CONTROL_TEST:
        code |= cTest;
        break;
    case DS_CONTROL_AUTONOMOUS:
        code |= cAutonomous;
        break;
    case DS_CONTROL_TELEOPERATED:
        code |= cTeleoperated;
        break;
    default:
        break;
    }

    /* Let the robot know if we are connected to the FMS */
    if (CFG_GetFMSCommunications())
        code |= cFMS_Attached;

    /* Let the robot know if it should e-stop right now */
    if (CFG_GetEmergencyStopped())
        code |= cEmergencyStop;

    /* Append the robot enabled state */
    if (CFG_GetRobotEnabled())
        code |= cEnabled;

    return code;
}

/**
 * Generates the request code sent to the robot, which may instruct it to:
 *    - Operate normally
 *    - Reboot the roboRIO
 *    - Restart the robot code process
 */
static uint8_t get_request_code (void)
{
    uint8_t code = cRequestNormal;

    /* Robot has comms, check if we need to send additional flags */
    if (CFG_GetRobotCommunications()) {
        if (reboot)
            code = cRequestReboot;
        else if (restart_code)
            code = cRequestRestartCode;
    }

    /* Send disconnected state flag (may trigger resync) */
    else
        code = cRequestUnconnected;

    return code;
}

/**
 * Returns the team station code sent to the robot.
 * This value may be used by the robot program to use specialized autonomous
 * modes or adjust sensor input.
 */
static uint8_t get_station_code (void)
{
    /* Current config is set to position 1 */
    if (CFG_GetPosition() == DS_POSITION_1) {
        if (CFG_GetAlliance() == DS_ALLIANCE_RED)
            return cRed1;
        else
            return cBlue1;
    }

    /* Current config is set to position 2 */
    if (CFG_GetPosition() == DS_POSITION_2) {
        if (CFG_GetAlliance() == DS_ALLIANCE_RED)
            return cRed2;
        else
            return cBlue2;
    }

    /* Current config is set to position 3 */
    if (CFG_GetPosition() == DS_POSITION_3) {
        if (CFG_GetAlliance() == DS_ALLIANCE_RED)
            return cRed3;
        else
            return cBlue3;
    }

    return cRed1;
}

/**
 * Returns the size of the given \a joystick. This function is used to generate
 * joystick data (which is sent to the robot) and to resize the client->robot
 * datagram automatically.
 */
static uint8_t get_joystick_size (const int joystick)
{
    int header_size = 2;
    int button_data = 3;
    int axis_data = DS_GetJoystickNumAxes (joystick) + 1;
    int hat_data = (DS_GetJoystickNumHats (joystick) * 2) + 1;

    return header_size + button_data + axis_data + hat_data;
}

/**
 * Returns information regarding the current date and time and the timezone
 * of the client computer.
 *
 * The robot may ask for this information in some cases (e.g. when initializing
 * the robot code).
 */
static DS_String get_timezone_data (void)
{
    DS_String data = DS_StrNewLen (14);

    /* Get current time */
    time_t rt = 0;
    uint32_t ms = 0;
    struct tm timeinfo;

#if defined _WIN32
    localtime_s (&timeinfo, &rt);
#else
    localtime_r (&rt, &timeinfo);
#endif

#if defined _WIN32
    /* Get timezone information */
    TIME_ZONE_INFORMATION info;
    GetTimeZoneInformation (&info);

    /* Convert the wchar to a standard string */
    size_t len = wcslen (info.StandardName) + 1;
    char* str = calloc (len, sizeof (char));
    wcstombs_s (NULL, str, len, info.StandardName, wcslen (info.StandardName));

    /* Convert the obtained cstring to a bstring */
    DS_String tz = DS_StrNew (str);
    free (str);

    /* Get milliseconds */
    GetSystemTime (&info.StandardDate);
    ms = (uint32_t) info.StandardDate.wMilliseconds;
#else
    /* Timezone is stored directly in time_t structure */
    DS_String tz = DS_StrNew (timeinfo.tm_zone);
#endif

    /* Encode date/time in datagram */
    DS_StrSetChar (&data, 0,  (uint8_t) 0x0b);
    DS_StrSetChar (&data, 1,  (uint8_t) cTagDate);
    DS_StrSetChar (&data, 2,  (uint8_t) (ms >> 24));
    DS_StrSetChar (&data, 3,  (uint8_t) (ms >> 16));
    DS_StrSetChar (&data, 4,  (uint8_t) (ms >> 8));
    DS_StrSetChar (&data, 5,  (uint8_t) (ms));
    DS_StrSetChar (&data, 6,  (uint8_t) timeinfo.tm_sec);
    DS_StrSetChar (&data, 7,  (uint8_t) timeinfo.tm_min);
    DS_StrSetChar (&data, 8,  (uint8_t) timeinfo.tm_hour);
    DS_StrSetChar (&data, 9,  (uint8_t) timeinfo.tm_yday);
    DS_StrSetChar (&data, 10, (uint8_t) timeinfo.tm_mon);
    DS_StrSetChar (&data, 11, (uint8_t) timeinfo.tm_year);

    /* Add timezone length and tag */
    DS_StrSetChar (&data, 12, DS_StrLen (&tz));
    DS_StrSetChar (&data, 13, cTagTimezone);

    /* Add timezone string */
    DS_StrJoin (&data, &tz);

    /* Return the obtained data */
    return data;
}

/**
 * Constructs a joystick information structure for every attached joystick.
 * Unlike the 2014 protocol, the 2015 protocol only generates joystick data
 * for the attached joysticks.
 */
static DS_String get_joystick_data (void)
{
    /* Initialize the variables */
    int i = 0;
    int j = 0;
    DS_String data = DS_StrNewLen (0);

    /* Generate data for each joystick */
    for (i = 0; i < DS_GetJoystickCount(); ++i) {
        DS_StrAppend (&data, get_joystick_size (i));
        DS_StrAppend (&data, cTagJoystick);

        /* Add axis data */
        DS_StrAppend (&data, DS_GetJoystickNumAxes (i));
        for (j = 0; j < DS_GetJoystickNumAxes (i); ++j)
            DS_StrAppend (&data, DS_FloatToByte (DS_GetJoystickAxis (i, j), 1));

        /* Generate button data */
        uint16_t button_flags = 0;
        for (j = 0; j < DS_GetJoystickNumButtons (i); ++j)
            button_flags += DS_GetJoystickButton (i, j) ? (int) pow (2, j) : 0;

        /* Add button data */
        DS_StrAppend (&data, DS_GetJoystickNumButtons (i));
        DS_StrAppend (&data, (uint8_t) (button_flags >> 8));
        DS_StrAppend (&data, (uint8_t) (button_flags));

        /* Add hat data */
        DS_StrAppend (&data, DS_GetJoystickNumHats (i));
        for (j = 0; j < DS_GetJoystickNumHats (i); ++j) {
            DS_StrAppend (&data, (uint8_t) (DS_GetJoystickHat (i, j) >> 8));
            DS_StrAppend (&data, (uint8_t) (DS_GetJoystickHat (i, j)));
        }
    }

    /* Return obtained data */
    return data;
}

/**
 * Obtains the CPU, RAM, Disk and CAN information from the robot packet
 */
static void read_extended (const DS_String* data, const int offset)
{
    /* Check if data pointer is valid */
    if (!data)
        return;

    /* Get header tag */
    uint8_t tag = (uint8_t) DS_StrCharAt (data, offset + 1);

    /* Get CAN information */
    if (tag == cRTagCANInfo)
        CFG_SetCANUtilization ((uint8_t) DS_StrCharAt (data, 10));

    /* Get CPU usage */
    else if (tag == cRTagCPUInfo)
        CFG_SetRobotCPUUsage ((uint8_t) DS_StrCharAt (data, 3));

    /* Get RAM usage */
    else if (tag == cRTagRAMInfo)
        CFG_SetRobotRAMUsage ((uint8_t) DS_StrCharAt (data, 4));

    /* Get disk usage */
    else if (tag == cRTagDiskInfo)
        CFG_SetRobotDiskUsage ((uint8_t)  DS_StrCharAt (data, 4));
}

/**
 * Gets the alliance type from the received \a byte
 * This function is used to update the robot configuration when receiving data
 * from the FMS
 */
static DS_Alliance get_alliance (const uint8_t byte)
{
    if (byte == cBlue1 || byte == cBlue2 || byte == cBlue3)
        return DS_ALLIANCE_BLUE;

    return DS_ALLIANCE_RED;
}

/**
 * Gets the position type from the received \a byte
 * This function is used to update the robot configuration when receiving data
 * from the FMS
 */
static DS_Position get_position (const uint8_t byte)
{
    if (byte == cRed1 || byte == cBlue1)
        return DS_POSITION_1;

    else if (byte == cRed2 || byte == cBlue2)
        return DS_POSITION_2;

    else if (byte == cRed3 || byte == cBlue3)
        return DS_POSITION_3;

    return DS_POSITION_1;
}

/**
 * The FMS address is not defined, it will be assigned automatically when the
 * DS receives a FMS packet
 */
static DS_String fms_address (void)
{
    return DS_StrNew (DS_FallBackAddress);
}

/**
 * The 2015 control system assigns the radio IP in 10.te.am.1
 */
static DS_String radio_address (void)
{
    return DS_GetStaticIP (10, CFG_GetTeamNumber(), 1);
}

/**
 * The 2015 control system assigns the robot address at roboRIO-TEAM.local
 */
static DS_String robot_address (void)
{
    return DS_StrFormat ("roboRIO-%d.local", CFG_GetTeamNumber());
}

/**
 * Generates a packet that the DS will send to the FMS, it contains:
 *    - The FMS packet index
 *    - The robot voltage
 *    - Robot control code
 *    - DS version
 *    - Radio and robot ping flags
 *    - The team number
 */
static DS_String create_fms_packet (void)
{
    /* Create an 8-byte long packet */
    DS_String data = DS_StrNewLen (8);

    /* Get voltage bytes */
    uint8_t integer = 0;
    uint8_t decimal = 0;
    encode_voltage (CFG_GetRobotVoltage(), &integer, &decimal);

    /* Add FMS packet count */
    DS_StrSetChar (&data, 0, (sent_fms_packets >> 8));
    DS_StrSetChar (&data, 1, (sent_fms_packets));

    /* Add DS version and FMS control code */
    DS_StrSetChar (&data, 2, cFMS_DS_Version);
    DS_StrSetChar (&data, 3, fms_control_code());

    /* Add team number */
    DS_StrSetChar (&data, 4, (CFG_GetTeamNumber() >> 8));
    DS_StrSetChar (&data, 5, (CFG_GetTeamNumber()));

    /* Add robot voltage */
    DS_StrSetChar (&data, 6, integer);
    DS_StrSetChar (&data, 7, decimal);

    /* Increase FMS packet counter */
    ++sent_fms_packets;

    return data;
}

/**
 * The 2015 communication protocol does not involve sending specialized packets
 * to the DS Radio / Bridge. For that reason, the 2015 communication protocol
 * generates empty radio packets.
 */
static DS_String create_radio_packet (void)
{
    return  DS_StrNewLen (0);
}

/**
 * Generates a packet that the DS will send to the robot, it contains the
 * following information:
 *    - Packet index / ID
 *    - Control code (control modes, e-stop state, etc)
 *    - Request code (robot reboot, restart code, normal operation, etc)
 *    - Team station (alliance & position)
 *    - Date and time data (if robot requests it)
 *    - Joystick information (if the robot does not want date/time)
 */
static DS_String create_robot_packet (void)
{
    DS_String data = DS_StrNewLen (6);

    /* Add packet index */
    DS_StrSetChar (&data, 0, (sent_robot_packets >> 8));
    DS_StrSetChar (&data, 1, (sent_robot_packets));

    /* Add packet header */
    DS_StrSetChar (&data, 2, cTagGeneral);

    /* Add control code, request flags and team station */
    DS_StrSetChar (&data, 3, get_control_code());
    DS_StrSetChar (&data, 4, get_request_code());
    DS_StrSetChar (&data, 5, get_station_code());

    /* Add timezone data (if robot wants it) */
    if (send_time_data) {
        DS_String tz = get_timezone_data();
        DS_StrJoin (&data, &tz);
    }

    /* Add joystick data */
    else if (sent_robot_packets > 5) {
        DS_String js = get_joystick_data();
        DS_StrJoin (&data, &js);
    }

    /* Increase robot packet counter */
    ++sent_robot_packets;

    return data;
}

/**
 * Interprets the packet and follows the instructions sent by the FMS.
 * Possible instructions are:
 *   - Change robot control mode
 *   - Change robot enabled status
 *   - Change team alliance
 *   - Change team position
 */
static int read_fms_packet (const DS_String* data)
{
    /* Data pointer is invalid */
    if (!data)
        return 0;

    /* Packet is too small */
    if (DS_StrLen (data) < 22)
        return 0;

    /* Read FMS packet */
    uint8_t control = (uint8_t) DS_StrCharAt (data, 3);
    uint8_t station = (uint8_t) DS_StrCharAt (data, 5);

    /* Change robot enabled state based on what FMS tells us to do*/
    CFG_SetRobotEnabled (control & cEnabled);

    /* Get FMS robot mode */
    if (control & cTeleoperated)
        CFG_SetControlMode (DS_CONTROL_TELEOPERATED);
    else if (control & cAutonomous)
        CFG_SetControlMode (DS_CONTROL_AUTONOMOUS);
    else if (control & cTest)
        CFG_SetControlMode (DS_CONTROL_TEST);

    /* Update to correct alliance and position */
    CFG_SetAlliance (get_alliance (station));
    CFG_SetPosition (get_position (station));

    /* After this, we have more information about the current match,
     * but we do not really use it, so... */

    /* Packet read successfully */
    return 1;
}

/**
 * Since the DS does not interact directly with the radio/bridge, any incoming
 * packets shall be ignored.
 */
static int read_radio_packet (const DS_String* data)
{
    (void) data;
    return 0;
}

/**
 * Interprets the packet and obtains the following information:
 *    - The user code state of the robot
 *    - If the robot needs to get the current date/time from the client
 *    - The emergency stop state of the robot
 *    - The robot voltage
 *    - Extended information (CPU usage, RAM usage, Disk Usage and CAN status)
 */
static int read_robot_packet (const DS_String* data)
{
    /* Data pointer is invalid */
    if (!data)
        return 0;

    /* Packet is too small */
    if (DS_StrLen (data) < 7)
        return 0;

    /* Read robot packet */
    uint8_t control = (uint8_t) DS_StrCharAt (data, 3);
    uint8_t rstatus = (uint8_t) DS_StrCharAt (data, 4);
    uint8_t request = (uint8_t) DS_StrCharAt (data, 7);

    /* Update client information */
    CFG_SetRobotCode (rstatus & cRobotHasCode);
    CFG_SetEmergencyStopped (control & cEmergencyStop);

    /* Update date/time request flag */
    send_time_data = (request == cRequestTime);

    /* Calculate the voltage */
    uint8_t upper = (uint8_t) DS_StrCharAt (data, 5);
    uint8_t lower = (uint8_t) DS_StrCharAt (data, 6);
    CFG_SetRobotVoltage (decode_voltage (upper, lower));

    /* This is an extended packet, read its extra data */
    if (DS_StrLen (data) > 9)
        read_extended (data, 8);

    /* Packet read, feed the watchdog some meat */
    return 1;
}

/**
 * Called when the FMS watchdog expires, does nothing...
 */
static void reset_fms (void)
{
    /* Nothing to do */
}

/**
 * Called when the radio watchdog expires, does nothing...
 */
static void reset_radio (void)
{
    /* Nothing to do */
}

/**
 * Called when the robot watchdog expires, resets the control code flags
 */
static void reset_robot (void)
{
    reboot = 0;
    restart_code = 0;
    send_time_data = 0;
}

/**
 * Updates the control code flags to instruct the roboRIO to reboot itself
 */
static void reboot_robot (void)
{
    reboot = 1;
}

/**
 * Updates the control code flags to instruct the robot to restart the
 * robot code process
 */
static void restart_robot_code (void)
{
    restart_code = 1;
}

/**
 * Initializes the 2015 FRC Communication Protocol
 */
DS_Protocol DS_GetProtocolFRC_2015 (void)
{
    /* Initialize structure */
    DS_Protocol protocol;

    /* Set protocol name */
    protocol.name = DS_StrNew ("FRC 2015");

    /* Set address functions */
    protocol.fms_address = &fms_address;
    protocol.radio_address = &radio_address;
    protocol.robot_address = &robot_address;

    /* Set packet generator functions */
    protocol.create_fms_packet = &create_fms_packet;
    protocol.create_radio_packet = &create_radio_packet;
    protocol.create_robot_packet = &create_robot_packet;

    /* Set packet interpretation functions */
    protocol.read_fms_packet = &read_fms_packet;
    protocol.read_radio_packet = &read_radio_packet;
    protocol.read_robot_packet = &read_robot_packet;

    /* Set reset functions */
    protocol.reset_fms = &reset_fms;
    protocol.reset_radio = &reset_radio;
    protocol.reset_robot = &reset_robot;

    /* Set misc. functions */
    protocol.max_battery_voltage = 13;
    protocol.reboot_robot = &reboot_robot;
    protocol.restart_robot_code = &restart_robot_code;

    /* Set packet intervals */
    protocol.fms_interval = 500;
    protocol.radio_interval = 0;
    protocol.robot_interval = 20;

    /* Set joystick properties */
    protocol.max_joysticks = 6;
    protocol.max_hat_count = 1;
    protocol.max_axis_count = 6;
    protocol.max_button_count = 10;

    /* Define FMS socket properties */
    protocol.fms_socket = *DS_SocketEmpty();
    protocol.fms_socket.disabled = 0;
    protocol.fms_socket.in_port = 1120;
    protocol.fms_socket.out_port = 1160;
    protocol.fms_socket.type = DS_SOCKET_UDP;

    /* Define radio socket properties */
    protocol.radio_socket = *DS_SocketEmpty();
    protocol.radio_socket.disabled = 1;

    /* Define robot socket properties */
    protocol.robot_socket = *DS_SocketEmpty();
    protocol.robot_socket.disabled = 0;
    protocol.robot_socket.in_port = 1150;
    protocol.robot_socket.out_port = 1110;
    protocol.robot_socket.type = DS_SOCKET_UDP;

    /* Define netconsole socket properties */
    protocol.netconsole_socket = *DS_SocketEmpty();
    protocol.netconsole_socket.disabled = 0;
    protocol.netconsole_socket.broadcast = 1;
    protocol.netconsole_socket.in_port = 6666;
    protocol.netconsole_socket.out_port = 6668;
    protocol.netconsole_socket.type = DS_SOCKET_UDP;

    /* Return the protocol */
    return protocol;
}

redpajama_set_name: RedPajamaGithub


text:
Q: Maps zoomed around specific locations (magnifying glass effect) How do I create a static map where the scale varies based on location?
Example: to drive from a specific location X in Albuquerque to a
specific location Y in Chicago, I want to "zoom" around X and Y as follows:

*

*Near X and Y, the scale is fairly large, so you can see minor
streets, buildings, etc, near X and Y.

*Far away from both X and Y, the scale is fairly small, so you might
just see long lengths of highway, but no details.

In other words, it's like a regular map with a "magnifying glass
effect" around X and Y. The effect should "fade off" smoothly, so
there isn't a break in the map.
Reasoning: when traveling between remote cities, the highway travel is
often easy (in the sense it doesn't require details), but getting from
X to the highway and from the highway to Y can require detailed
instructions, knowing minor streets, etc.
EDIT: I've attached a horrible example of what I want to do. Notes:

*

*This only zooms in on one city, not two.

*This is just plain old image zoom. What I would want is more detail in the Albuquerque area.

*Notice, however, that the roads/highways are continuous: the magnifying does not have a "cutoff" problem.

A: Not exactly an answer but you might want to have a look this indiemaps blog post with several interesting examples.

A: Flash
http://www.richtersveld.net/index.php/site/region_map/
you can blend a more detailed image inside the magnifying glass.

A: I think you are looking for Microsoft's Line Drive service http://msdn.microsoft.com/en-us/library/cc514631.aspx which produces maps like

You can read the original paper that it is based on at http://cs.ubc.ca/~tmm/courses/cpsc533c-03-spr/readings/rtmaps.pdf

A: This document presents an algorithm to do that:
Harrie, L., Sarjakoski, T., Lehto, L. A variable-scale map for small-display cartography. In: Joint International Symposium on GeoSpatial Theory, Processing and Applications (ISPRS/Commission IV, SDH2002). Ottawa, Canada, july 2002
An example:

EDIT:
This kind of representation is quite old. See the plan Conrad Morant (1548):

A: The easiest thing I can think of is to use multiple data frames in ArcMap.  1 for the highway overview, and one for each of the detail views at the end points.  Arrange them as you like in the layout view, and set the zoom scale or extents appropriately.  I've never worried about a smooth fade out, and that won't be available in ArcMap.
If this is close to what you are looking for, I can provide more details.

A: Since the maps are static, you can do some artwork to get nicer results. Here to solve that problem I overlay maps with different scales. Depending on the GIS that you use you can do that in many ways. One is to generate a large map and save, than generate small zoom maps and save, then combine them in a software like Inkscape or Illustrator and clip the zoom map in the desire shape. Look at the simple example made with Qgis and Illustrator. .

redpajama_set_name: RedPajamaStackExchange


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