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Lus 4f Indoor Architectural Lighting

...g pastel shades and hues. The ideal effect is created when flex leds are spaced at 250 mm centres.

Abstract AVR Indoor Architectural Lighting

Pre-Rig - Pre-rig Trusses have bars with lights and other gear attached so that they can be lowered into a suitable operating position for a show or raised to store or transport without having to remove the gea. Used . r from the truss.. Used . ...

Stages - A stage is a designated space for the performance of theatrical productions or other live events. Some stages are permanent structures in theaters, but often stages are temporary structures built for . Used . outdoor events and can range is size from small 20 to 30 square foot structures to very large arena sized stages assembled from many components.. Used . ...

Folding - A folding truss is a truss that folds for easy storage and transport.. Used . . Used . ...

XGA - Extended Graphics Array is a standard computer display introduced in 1990 by IBM. The initial version of XGA built upon IBM's VGA, adding support for two resolutions, 800 × 600 pixels with high color . Used . and 1024 × 768 pixels with a palette of 256 colors. XGA-2 was developed later and with 1024 x 768 pixels with high color, and 1360 x 1024 with 16 colors. However, all XGA modes have an aspe. Used . ct ratio 4:3 rounded to 8 pixels....

Fresnel Lens - A Fresnel lens is a type of lens invented by Augustin-Jean Fresnel. Originally developed for lighthouses, the design enables the construction of lenses of large size and short focal length without th. Used . e weight and volume of material which would be required in a lens of conventional design.

The Fresnel lens (often pronounced FREZ-nell but usually the original fre-NELL in theatr. Used . ical and motion picture lighting applications) reduces the amount of material required compared to a conventional spherical lens by breaking the lens into a set of concentric annular sections known as Fresnel

Indoor Architectural Lighting

Indoor architectural lighting is seen by its proponents as something of an art, as well as a science. Also called architectural lighting design, indoor architectural lighting is about carefully balancing the requirements of light in a building with the building’s aesthetics, and also the cost and energy efficiency of the indoor architectural lighting system. For example, in indoor hotel lighting or indoor museum lighting, it’s possible to analyze how much daylight the internal spaces of the building receive, using something called the Daylight Factor to calculate this. These calculations can be based on tabular data in smaller, simpler buildings, and then applied to its indoor architectural lighting design. However, if a specialist indoor architectural lighting design is required for indoor building lighting, then it’s better to use software programs or mathematical models to calculate the optimum amount of light that will be needed for the most aesthetically pleasing effect. Many types of lighting equipment can be used in indoor architectural lighting. One of the newest, but still not widespread is indoor LED lighting, which is slowly gaining popularity for its low cost and high energy efficiency. For now, LED lighting is not standard in indoor architectural lighting, as more conventional lighting systems are preferred. Indoor architectural lighting is often unique to each building, as a buildings furniture and the color of its walls and ceilings (and the materials) all effect the lighting. Rooms with walls and ceilings that are painted in dark colors, or have dark colored wall paper, seem to absorb the light more readily than light colored rooms, and so the light in the room will appear dimmer than it actually is. It also has the effect of making the room looks smaller in some circumstances. Indoor architectural lighting designers also need to take care of certain reflective surfaces in a room, such as its furnishings, which can cause undesired glare if they are too reflective.