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100% ORIGINAL MESH ITEM
You can take a DEMO version of product and try it on your territory before buying!
I am pleased to present you a new highly detailed island-sim as an integrated design solution. It need not off sim environment, because it is a full island.
No more mountains blocking your space to the horizon!
The unified design of a sim is created using a unique natural landscape. All Island with physics, so you can build at any place on it.
The landscape includes 4 flat platforms, a river, a waterfall, a lake, a beach place, a hills and cliffs.
The cliffs and the waterfall are presented separately, so that you can place them in any place you need.
Sim has 256 unique landscape textures, each 2048x2048 pixels in size. This creates the highest quality textures that do not blur as the camera approaches.
Sim-Island is good for sky and for ground.
This island sim is not an off sim environment – so you need at least 256x256m (sim) territory to rezz it.
The product is the best fit:
- for those who value unique complex landscapes;
- for builders;
- for setting up a skybox.
• The Island sim permissions: Copy, Modify.
• 100% original mesh items. Mesh enabled viewer required.
Please note, as for any mesh products, the increasing of the object’s size may change its land impact.
The Island item contains a rezzer – please follow the instructions:
1. Place the rezzer object on the ground or a sky platform (DO NOT OPEN THE BOX) to coordinates: X axis - 128m, Y axis - 128m. It is the center of your sim territory.
2. Click the rezzer BOX and choose ‘REZ’ from the menu.
3. Move the rezzer BOX up or down, and the Island will be moved with it.
4. Click the button "Stealth" in rezzer menu. This removes text and particles but keeps the prims tracking.
5. As your Island has been placed at the desired position, click the button "FINISH" at the rezzer menu.
Enjoy your new spectacular habitation!
In addition to the main product representing the sim reser (landscape) you get a big EXTRA!
The Island-sim set includes:
1. Rezzer of sim-Island (sim1_rezzer): only landscape
2. Rezzer of sim-Island (sim1_rezzer_with_cliffs_waterfall_plants): landscape with cliffs, waterfall, rocks, grass and sakuras. Everything is already built for those who do not like to build.
3. Set of grass and ivy
4. Set of sakuras
5. Set of cliffs
6. Waterfall
7. Flat hills - 3 grass building platforms in case you need a flat surface for buildings
• Prim count and sizes:
Island sim - 992 LI (256mx256m)
Waterfall - 35 LI (9mx14mx1)
grass building platform1 - 59 LI (34mx34mx6m)
grass building platform2 - 24 LI (27mx43mx6m)
grass building platform3 - 36 LI (42mx64mx6m)
Cliffs group (sim_cliffs)- 25 LI (18mx18mx23m)
cliff1 - 2 LI (8mx6mx18m)
cliff2 - 2 LI (8mx6mx18m)
cliff3 - 3 LI (5mx6mx17m)
sand grass1 - 1 LI (1mx0.1mx1m)
sand grass2 - 1 LI (1mx0.1mx1m)
grass big - 1 LI (5mx5mx1m)
grass small - 1 LI (3mx3mx0.5m)
sakura1: 3 LI
sakura2: 3 LI
sakura3: 11 LI
sakura4: 30 LI
Attention! The islands are sold without vegetation and objects on them.
All screenshots are made in skybox with scripted sky watter
If you will have a questions, you can write me via notecard and/or message (katoyouji resident) and I will be happy to help you!
Cavendish Laboratory, University of Cambridge. Part of my behind the scenes photos for the Science Festival: comms.group.cam.ac.uk/sciencefestival/ . The Physics Zone events take place on March 26. My thanks to Harry for being so patient with me:-) Cavendish Science Festival set .
Side Pocket - Loree Jon Billiards on the Double-duce in Greenbrook, New Jersey
Back in the day, brother Bill and I used to shoot at Loree Jon Ogonowski's¹ place on 22. This is one of Bill's captures of me taking aim, just before banging the one ball in the side pocked, with enough draw to take the cue ball up table for my next shot at the seven in the corner.
Bill and I were so obsessed with "position", that we invented a new variation of "straight pool" that we called Po-pool, where the rule was to call "ball in pocket", for your NEXT shot (e.g. seven in the corner after the one in the side). So, you needed to know where the cue ball was going to wind up after each shot, in order to make your next shot. That pretty much put and end to big runs, and a run of 4 or 5 was considered a good run in Po-pool.
FYI - In Garwood, the Garwood Rest² and/or the Oakland House, was where you could find John Ogonowski (Loree Jon's father), and my father (a.k.a. Sawdust or Shorty) who were the two guys in town that pretty much drank for free (since if you won at 8-ball the looser had to buy you a drink)!
Part of the "free drink" plan was to get the winner so drunk he couldn't see straight enough to line up his shots. This didn't work with my dad, since he was was pretty much blind in one eye, so he had no issues with seeing double. Though, if you were willing to buy him 2 drinks, he'd surrender the table so you could shoot a game with a buddy.
¹ Loree Jon Ogonowski (born and raised in Garwood, NJ) was a childhood billiard playin' prodigy, that was (for a good part of her professional career) considered to be one of the best pool players (male or female) in the world.
² The Garwood Rest ("Where the beer is best!") was the bar in the film “The thing about my folks” where Peter Falk gets into a “bar fight” with a poor looser. And yeah, that was known to happen at “The Rest”, and my dad could attest to that!
If Isaac Newton had been sitting here instead of under an apple tree, the laws of physics may never have been discovered!!! We might have just floated away without gravity to hold us down.
This photo was taken by a Minolta Autocord Seikosha-MX (Chiyoko) TLR medium format film camera with it’s Chiyoko Rokkor 1:3.5 f=75mm taking lens using Kodak Portra 400 film, the negative scanned by an Epson Perfection V600 and digitally rendered with Photoshop.
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All my photography celebrates the physics of light! The McGucken Principle of the fourth expanding dimension: The fourth dimension is expanding at the rate of c relative to the three spatial dimensions: dx4/dt=ic .
Lao Tzu--The Tao: Nature does not hurry, yet everything is accomplished.
All art is but imitation of nature.-- Seneca (Letters from a Stoic - Letter LXV: On the First Cause)
Light Time Dimension Theory: The Foundational Physics Unifying Einstein's Relativity and Quantum Mechanics: A Simple, Illustrated Introduction to the Unifying Physical Reality of the Fourth Expanding Dimensionsion dx4/dt=ic !: geni.us/Fa1Q
"Between every two pine trees there is a door leading to a new way of life." --John Muir
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“The mountains are calling and I must go.” --John Muir
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The universe itself is God and the universal outpouring of its soul. --Chrysippus (Quoted by Cicero in De Natura Deorum)
Photographs available as epic fine art luxury prints. For prints and licensing information, please send me a flickr mail or contact drelliot@gmail.com with your queries! All the best on your Epic Hero's Odyssey!
This tiny crystal showcases some interesting physics, and the geometry with repeating patterns make it beautiful. Snowflakes are one of the few subjects that can be photographed at this scale that possess this much visual appeal, and I never get tired of them.
I’d call this snowflake a “sectored plate dendrite”, due to the way the large center formed and the tree-like branches it possesses. The large central area of this snowflake began as six broad branches; each of these branches grew to the edge of the adjacent branch, and eventually reformed into another hexagonal shape. This is where the “sector” descriptor comes in. Many snowflakes have this kind of structure, and it’s one that always catches my attention.
You’ll also notice that this snowflake is one of a pair, the other smaller plate also grew from a column-type crystal. In this example however, the smaller sibling is on the opposite side of the plate. We can see it through the ice, and we can also see an evaporation cavity where it sits. This is the circular ring you see in the ice, which is an indentation on the underside of the crystal. Just as snowflakes attract water molecules, the also shed them in a process known as sublimation (evaporation from a solid). The smaller crystal attracts most of the water vapour in this region, and in turn creates an area of low humidity that encourages water molecules to break away from the ice surface below it.
We’ve had a few storms that have created these kinds of crystals so far this winter, and that gets reflected in this series. Similar conditions within a weather system will produce a similar type of snowflake, even though each individual is a unique creation.
Want to know more snowflake science? The subject is a great introduction to basic physics and the beauty it can create. Check out Sky Crystals for more info: www.skycrystals.ca/ - and the book also has a comprehensive photographic workflow to study your own snowflakes and make images like this. :)
Canon Legacy 28mm F2.8 FD Prime Panorama (3 images) - 2 (of 10) - Olympus OM-D E-M10 Mark II with Legacy Canon 1:2.8 28mm Prime (Fotodiox FD to M43 Adapter) - Photographer Russell McNeil PhD (Physics) lives on Vancouver Island, where he works as a writer.
In classical physics, that is the non-relativistic physics, the concept of time generally used is that of “absolute time”, which is independent of any perceiver. It progresses at a consistent pace for everyone everywhere throughout the universe, and is essentially mathematical in nature. This accords with people’s everyday experience of how time flows.
The so-called “arrow of time” refers to the one-way direction, or asymmetry, of time, which leads to the way we instinctively perceive time as moving forwards from the immutable past, through the present and towards the unknown future. This idea arises from physics, particularly from the Second Law of Thermodynamics.
Many discussions have been made about the real nature of time: is it really as we perceive it? Is it really an absolute concept, valid everywhere? Is there something more, something we cannot reach?
After his friend’s death, Einstein said: “Now he has departed this strange world a little ahead of me. That signifies nothing. For us believing physicists, the distinction between past, present and future is only a stubbornly persistent illusion.” Einstein’s statement was not merely an attempt at consolation, it referred to the two pillars of modern physics: the general theory of relativity and the Standard Model of particle physics. The laws that underlie these theories are time-symmetric — that is, the physics they describe is the same, regardless of whether the variable called “time” increases or decreases.
Most physicists agree that time had a beginning, and that it is measured from The Big Bang, some 13.8 billion years ago. Whether, how and when time might end in the future is a more open question which we are not able to answer to, for now.
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“I’m studying Physics. I’ve always had a fascination with learning how things work. Physics really explains things for me. But lately, as I learn about quantum theory and relativity I get more and more confused, the more I learn. It makes less sense, but I like it.”
NATURAL PHYSICS FOR KUPRA, WITH MOVEMENT OF BREASTS, BUTT AND A SOFT BREATH MOVEMENT. ALSO INCLUDED IN THE PACKAGE THE REAL SOUND OF FEMALE BREATH IN THE COMPASS BODY PHYSICS!
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Paper Collage on paper
Dimensions: 24x33
Technique: Cut-it. Analog raw collage. Paper and glue.
Title: Physics elements
NO DISPO - Non è disponibile - Μη διαθέσιμο
Owner: To be exhibited - da esporre - προς έκθεση
Agnes had her first encounter with the big blonde retriever freight train. I believe she also had her first physics lesson on momentum and inertia.
No dogs we harmed in the making of this photo, including Agnes.
File name: Physics
Title: Physics
Creator/Contributor: Puvis de Chavannes, Pierre, 1824-1898 (artist); Boston Public Library (sponsor); Lanzel, Sheryl (photographer)
Genre: Paintings; Murals
Date created: 1893-1896 (approximate)
Physical description: 1 painting : mural, oil on canvas ; visible image 14 x 7 feet
Physical description notes: Canvases completed in Puvis' studio in Paris and shipped over to Boston for installation in 1895-96. Canvas applied to the walls of the grand staircase gallery using an adhesive technique called marouflage. The artist used encaustic wax in the painting process to make the surface appear matte and more fresco-like.
Summary/Abstract: Two figures pass along telegraph wires, representing one of the latest technological advancements of the late 19th century. The white-robed figure above bears good news, while the gray-clad figure below bears bad news, her hand clasped to her distraught face. At lower left, a telegraph pole is depicted, while at upper right, a thin bolt of lightning acknowledges the presence of electricity.
General notes: Title from Description of the Decorative Paintings by Pierre Puvis de Chavannes.
Date notes: On May 25, 1893, the Trustees of the BPL contracted Pierre Puvis de Chavannes for mural work completed between 1893 and 1896. As the aging artist was reluctant to travel to Boston, he painted the panels on canvas in his Neuilly studio in France. The panels were then shipped over to the library; installation was completed in 1896.
Subjects: Physics; Telegraph lines
Collection: Mural Cycles at the Central Library, Copley Square
Location: Chavannes Gallery Murals: The Muses of Inspiration Hail the Spirit, the Messenger of Light
Rights: Copyright (c) Sheryl Lanzel
Radio-frequency quadrupole, designed to focus and accelerate particle beams. Seen here in 1983, this magnetic passageway prepared protons for injection into Brookhaven's Alternating Gradient Synchrotron—a source of fundamental physics breakthroughs and three Nobel Prizes.
Located in a cave more than a mile underground in Canada, SNO can be thought of as a type of telescope, though it bears little resemblance to the image most people associate with that word. It consists of an 18-meters-in-diameter stainless steel geodesic sphere inside of which is an acrylic vessel filled with 1000 tons of heavy water (deuterium oxide or D2O). Attached to the sphere are 9,522 ultra-sensitive light-sensors called photomultiplier tubes. When neutrinos passing through the heavy water interact with deuterium nuclei, flashes of light, called Cerenkov radiation, are emitted. The photomultiplier tubes detect these light flashes and convert them into electronic signals that scientists can analyze for the presence of all three types of neutrinos.
credit: Lawrence Berkeley Nat'l Lab - Roy Kaltschmidt, photographer
XBD9802-00210-03
Direct Physics.
Великолепные теоретические проблемы освещения вдохновляя струн экспертов удушье вселенной фундаментальной теории в,
Auftauchende Multiplikation Gesetze Spekulationen Physiker Erfassung Strings dreidimensionalen Raum zusätzliche Prozesse,
cffondrement dimensions supplémentaires descriptions techniques géométries physiques problèmes compliqués résolus,
diminuendo le forze teorie unificate particelle realizzati in espansione sostenitori supersimmetria scoperto fatti,
وأوضحت مشاكل متسقة الجسيمات المتماثلة مسألة التوحيد المغناطيسية جسيمات الكيانات الكم,
ukryte siły wiązane obiekty uzupełnione pomysły opracowane teoretyczne modyfikacji fizyki rosnące,
relativitatea decalaje matematice predicții gravitaționale unificări în curs de dezvoltare poduri diferite pauze de geometrie,
χώρο του ηλεκτρομαγνητισμού μεταβαλλόμενες θέσεις αλληλεπιδρούν ανεξάρτητη αστέρια επέκταση θεωρίες γεωμετρίες,
シンプルプロポーザル互換性のない革命科学的敬虔な正確なデータ巡回惑星群.
Steve.D.Hammond.