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NOTICE: The expiration date displayed in this record is the date the > Last update of WHOIS database: > Last update of whois database: <<<įor more information on Whois status codes, please visit URL of the ICANN WHOIS Data Problem Reporting System: Registry Tech ID: Not Available From Registry Registry Admin ID: Not Available From RegistryĪdmin Organization: Domains By Proxy, LLC Registrant Organization: Domains By Proxy, LLC Registry Registrant ID: Not Available From Registry Registrar Abuse Contact Phone: +1.4806242505 Registry Domain ID: 102668379_DOMAIN_COM-VRSN When her Brazilian, senator father is arrested for involving his entire family in campaign finance fraud, a spoiled, rich, Brazilian socialite must suddenly start a new life in America without friends, money, a place to live or a greencard. It can be erected in a fraction of conventional building time, with greater efficiency. SmartWrap™ is lightweight, resulting in a lower total embodied energy when compared to glass, and its thinness results in large surface-area coverage with a minimal volume of material relative to glass curtainwall assemblies. During the exhibition, sensors on the west facade of the house collected thermal data to provide a more complete understanding of its insulative and convective capacity.Ĭompared to current transparent envelope systems, SmartWrap™ is designed to realize significant environmental benefits. A vented cavity between the PET layers was designed to trap heat in the winter and vent it in the summer, reducing the amount of energy required to heat and cool the house. ![]() Each wall panel included an outer transparent PET weather barrier, an inner PET layer with thin-film photovoltaic cells, an inner layer of solar heat and UV blocking film, and an interior layer of PET. To experiment with active and passive thermal strategies, the SmartWrap™ wall assembly consisted of four functioning layers tensioned on an extruded aluminum frame. In 2008, the original concept for SmartWrap™ was refined and advanced through the design of Cellophane House™, an 1,800-square foot dwelling commissioned by The Museum of Modern Art. Seventy-two SmartWrap™ panels were made to enclose Cellophane House™, an off-site fabricated dwelling. Thin-film photovoltaic cells and batteries that gather and store solar energy would take advantage of large surface areas exposed to the sun on the envelope of a building. Other layers would contribute additional functionality, including phase change materials (PCMs) to moderate temperature, and organic light emitting diode (OLED) technology to supply light and allow for information display similar to a computer screen. PET is colorless, transparent, and inexpensive, with high mechanical strength. Among the substrates researched, polyethelyne terephthalate (PET), a material used in boat sails and soda bottles, proved the best option for shelter against rain and wind. The concept needed to combine several technologies from various industries in order to meet the requirements of shelter, climate control, lighting, information display, and power. The research and development of SmartWrap™ began in collaboration with industry partners, including DuPont and ILC Dover (best known for creating space suits for NASA). It is a mass customizable, energy-generating, lightweight, and sustainable envelope that integrates the segregated functions of a conventional wall into a multi-layer skin of just a few millimeters in thickness, which can be wrapped around the structural frame of a building. The desire to reimagine the traditional building envelope, and to replace the expected brick-and-mortar or glass assemblies, propelled the creation of SmartWrap™. Section view of the prototype's thin PET layers as displayed at the Cooper-Hewitt National Design Museum. The table included a template to guide the placement of thin-film PVs. The fabricator, Universal Services Associates, Inc., built a custom table to stretch the PET to achieve the best balance of tension and stability for the frames. For the purposes of the exhibition in 2003, it was necessary for the systems to be adhered to the PET by hand. SmartWrap™ on display at the Cooper-Hewitt National Design Museum in New York City in 2003.Īt the time, some components such as OLED and PCM technologies were only emerging, and there was no developed system for organic printing onto a substrate. Temperature sensors were added to provide a more complete understanding of the insulative capacities of the building envelope, the efficacy of the thermal stack, and the dynamics between outdoor temperatures and the interior environment of the house. ![]() The second SmartWrap™ prototype, deployed in 2008, incorporated multiple layers of PET, with thin-film PVs adhered to the exterior and solar heat and UV blocking film on the interior. The first SmartWrap™ prototype included one layer of PET with thin-film batteries, thin-film PVs and OLEDs adhered and a second layer of PET with PCMs and aerogel insulation.Īpplication of thin-film photovoltaic cells and copper circuitry.ĭetail of technology adhered to the PET substrate. clean too, so always go to shop for pumpkins a day or two before Halloween. Another thing is to keep your kitchen etc. Pumpkin shopping must be planned out at least two days before the day and night so that you can ensure their freshness. So, what are the important things that you need to buy for a Halloween party? Keep reading this blog so that you can get exactly what you need instead of getting what you want to purchase. that they didn’t really need but when we shared our effective tip with them to list down the important stuff before they went out for shopping, they tell us that they not only get to save so much money but there house and storage spaces do not get cluttered too. We have a couple of friends who would always end up purchasing things for parties and occasions etc. Creating lists not only keep you on the right track when it comes to budgets and all, but you can also make sure that you do not get overwhelmed. Now, we are not asking you to spend your money on expensive carving kits or decoration items for that matter, but what we do mean to say is that you can make lists of items that you would need in order to create stunning carvings this time around. We all can agree on that, right? So, we decided that we must share new and unique but free yet scary Jack o’ Lantern carving ideas and faces with you guys that you can easily create in 2021 – given that you have the necessary tools and stationery items present at your service. ![]() ![]() No Halloween can be complete without half a bunch of Jack o’ Lanterns in the form of front yard décor items, costumes or even as eatables. The Golden Dawn's Elemental/Directional Correspondences These are frequently the basis for additional correspondences. While the types of correspondences are nearly endless, associations between elements, seasons, time of day, elements, moon phases, and directions have become fairly standardized in the West. These associations are commonly borrowed by other groups as well.Ĭeremonial occult systems traditionally depend on systems of correspondences: collections of items that are all associated in some way with the desired goal. The colors used here are those associated with each element by the Golden Dawn. This is generally not the position of those who commonly work with point-down pentagrams, and is often not the position of those associating themselves with point-up pentagrams either. Since then, some have simplified those associations to represent good and evil. A point-up pentagram came to symbolize spirit ruling over the four physical elements, while a point-down pentagram symbolized spirit being subsumed by matter or descending into matter. The issue of a pentagram being point-up or point-down only gained relevance in the 19th-century and has everything to do with the arrangement of elements. The final line between earth and spirit completes the geometric shape. Starting with spirit, the highest element, we descend to fire, then follow the lines of the pentagram over to air, across to water, and down to earth, the lowest and most material of the elements. This hierarchy determines the placement of elements around the pentagram. Traditionally, there is a hierarchy among the elements ranging from the most spiritual and rarefied to the least spiritual and most material. Since at least the Renaissance, one of its associations is with the five elements. The pentagram has represented many diverse meanings over the centuries. Circling clockwise from earth you get water, and then air and then fire, which is the least material of the elements. Earth is the lowest, most material element. That hierarchy can be traced through this diagram. The lower elements in the hierarchy are more material and physical, with the higher elements becoming more spiritual, more rarefied, and less physical. ![]() There is traditionally a hierarchy of elements, although some modern schools of thought have abandoned this system.
![]() The iX100 is an ideal solution for anyone who has a need to capture documents on an ad hoc or regular basis in a range of environments and then either store locally or distribute to a colleague, workflow, cloud service or application. Productive in the office, agile on the move, organised at home: It is powered by a lithium-ion battery which can deliver 260 scans on a single full charge. The iX100 offers a wealth of functions to unleash productivity in a robust casing weighing just 400g that will sit unobtrusively with your other devices. It comes in a compact and lightweight format that additionally packs an A4 document feeder, GI processor for enhanced capture and Wi-Fi or USB connectivity to share and sync your documents anytime, anywhere. Incredibly fast and completely mobile, the portable ScanSnap iX100 makes document capture quicker and easier in the office, at home or on the go. The new, completely wireless, rechargeable mobile scanner: Scan A3 documents: Automatically pairs A4 pages with overlapping content Scan two or more small documents such as business cards simultaneously Choice of paper paths for when space is tight or document type dictates Cordless operation with Lithium-ion battery Powerful GI processor for outstanding results Scan wirelessly to mobile and desktop devices, cloud services and office applications Scan everyday documents in 5 seconds per A4 page Product description Fujitsu ScanSnap iX100 Portable Scanner ![]() Command Line: specifies command line arguments when calling Maxwell Render.Draft: low quality render with fast calculations.Quality: specifies the quality of the render.One core in a multi-core CPU is considered 1 CPU thread. All available CPUs / Cores will be used by default. CPU Threads: specifies the number of threads dedicated to the render.Read back: if this option is set the multilight settings will be read after the render has finished and the values (such as sky intensity, emitter color, etc.) will be modified in the Houdini scene.It’s possible to export all the emitters contribution to independent images ( Separate), or saving only the composed render ( Embedded). Maxwell Render’s multilight feature enables users to adjust the intensity of all the individual or grouped lights in the scene interactively during or after the rendering process to get the required results. Multilight: enables multilight control for intensity or color.Higher sampling level will give a cleaner and more accurate image. Setting the Sampling Level is useful to ensure that all the frames of the sequence will reach the same quality level, regardless of the time needed for each specific frame. Sampling Level: specifies the level of quality when the render should stop.The longer the time, the cleaner and more accurate your image will be. If both parameters are set, the render will stop when one of them is reached. There are two ways to stop a render in Maxwell Render: by setting a Sampling Level (level of quality) or by setting a Render Time (in minutes). Render Time: specifies the maximum time the render may run.The following parameters are available to control the render process. The Settings tab contains global render and output parameters. The operator interface follows the structure of the Maxwell Render application interface where it’s possible. Maxwell Render can also be started from the film wheel icon in the bottom left corner to render the actual viewport. The node’s user interface consists of the basic ROP parameters (such as Render Control… and Start/End/Inc frame) and the Maxwell Render parameters which are separated to the following tabs: Render channels (such as alpha, motion pass or depth buffer) are also read back to MPlay. After the render is done the MPlay window is opened with the rendered images. mxs scene files per frame to the disc and calls Maxwell Render asynchronously to render the sequence. The Maxwell Render output operator is located in the TAB menu of the out network or can be added to the scene via the Render > Create Render Node > Maxwell Render command from the menu or using the Maxwell Render shelf.ĭuring the rendering process the plug-in writes. Universal Transverse Mercator (UTM) Grid Zones 31N thru 37N differ from the standard 6° wide by 84° zone for the northern hemisphere, in part to accommodate the southern half of the Kingdom of Norway. The scale is less than 1 inside the standard lines and greater than 1 outside them, but the overall distortion is minimized. ![]() In each zone the scale factor of the central meridian reduces the diameter of the transverse cylinder to produce a secant projection with two standard lines, or lines of true scale, about 180 km on each side of, and about parallel to, the central meridian (Arc cos 0.9996 = 1.62° at the Equator). Distortion of scale increases to 1.0010 at the zone boundaries along the equator. By using narrow zones of 6° of longitude (up to 668 km) in width, and reducing the scale factor along the central meridian to 0.9996 (a reduction of 1:2500), the amount of distortion is held below 1 part in 1,000 inside each zone. The polar regions south of 80°S and north of 84°N are excluded.Įach of the 60 zones uses a transverse Mercator projection that can map a region of large north-south extent with low distortion. Zone 1 covers longitude 180° to 174° W zone numbering increases eastward to zone 60, which covers longitude 174☎ to 180°. The UTM system divides the Earth into 60 zones, each 6° of longitude in width. Simplified view of contiguous US UTM zones, projected with Lambert conformal conic. This projection is conformal, which means it preserves angles and therefore shapes across small regions. The transverse Mercator projection is a variant of the Mercator projection, which was originally developed by the Flemish geographer and cartographer Gerardus Mercator, in 1570. In the post-war years, these concepts were extended into the Universal Transverse Mercator/ Universal Polar Stereographic (UTM/UPS) coordinate system, which is a global (or universal) system of grid-based maps. Calculating the distance between two points on these maps could be performed more easily in the field (using the Pythagorean theorem) than was possible using the trigonometric formulas required under the graticule-based system of latitude and longitude. Prior to the development of the Universal Transverse Mercator coordinate system, several European nations demonstrated the utility of grid-based conformal maps by mapping their territory during the interwar period. For different geographic regions, other datum systems can be used. The World Geodetic System WGS84 ellipsoid is now generally used to model the Earth in the UTM coordinate system, which means current UTM northing at a given point can differ up to 200 meters from the old. For the remaining areas of Earth, including Hawaii, the International Ellipsoid was used. ![]() For areas within the contiguous United States the Clarke Ellipsoid of 1866 was used. From 1947 onward the US Army employed a very similar system, but with the now-standard 0.9996 scale factor at the central meridian as opposed to the German 1.0. ![]() It was probably carried out by the Abteilung für Luftbildwesen (Department for Aerial Photography). However, a series of aerial photos found in the Bundesarchiv-Militärarchiv (the military section of the German Federal Archives) apparently dating from 1943–1944 bear the inscription UTMREF followed by grid letters and digits, and projected according to the transverse Mercator, a finding that would indicate that something called the UTM Reference system was developed in the 1942–43 time frame by the Wehrmacht. The National Oceanic and Atmospheric Administration (NOAA) website states that the system was developed by the United States Army Corps of Engineers, starting in the early 1940s.
No holiday experience would be complete without a visit from North Pole’s most famous resident, Santa! It all begins with festive activities including hot cocoa, cookies and musical entertainment at 6:00pm and the flip of a switch and Santa’s arrival at 6:30pm (subject to change due to COVID). Lighting ceremony will take place at the East Side Beach in Oconto Falls on November 27th. Oconto Falls - Avenue of Lights - NovemJanuary 1, 2022 View aerial video of Winter Wonderland, click here! For questions or how to become a sponsor, email Winter Wonderland or Find us on Facebook! The holiday light display is located at Oconto Holtwood Campground, 400 Holtwood Way, Oconto.ĭisplays throughout the park are sponsored by areas businesses, families and organizations. This event remains free for residents and visitors. The holiday lights are turned on each year the day after Thanksgiving and remain on from 5:00pm till 11:00pm daily till January 2, 2022. ![]() Pack the car with hot chocolate and cookies and make this your new family tradition. View over 150 lighted displays throughout the park from the comfort of your car. Make your way to Oconto for the city’s annual holiday light display. ![]() Oconto - Winter Wonderland - NovemJanuary 2, 2022 ![]() Load everyone in the car, turn on the holiday tunes and hit the road for these spectacular sights in Oconto County! Vibrant colors and Christmas light displays mark the arrival of the holiday season. |
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