The GDTF enhancements make it easier to use DMX because the different components like filters are easier to identify. GTDF 1.0 and the MVR file format are implemented within Vectorworks 2019 and MVR is implemented in Vision 2019. The solution, of course, is GDTF - a common file format that is open and accessible to everyone. Makers of all of these products could benefit by using a standardised container file where they could input all information about control and visual definitions and be accessible to the drafting software, enabling it to utilise their products. All lighting products used in the industry have their physical dimensions, and can output specific ranges of colours, and include other built-in effects and more.
This doesn't just imply better control of DMX parameters or Digital Multiplexing Data Parameters. Adding true colour space details in the fixture allows users, similarly, to control and match the colour output with other fixtures in the rig.
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If the information is provided as data accompanying a 3D model, then besides its physical geometry being held in the GDTF, the extra information allows visualisers to use CAD software to represent the fixture more realistically. For example, if a fixture manufacturer puts a 2D symbol in the GDTF, then drafting software can use this symbol. Meanwhile, manufacturers were updating their products and pushing out revisions and changes to their customers in updated PDFs.Ī GDTF file contains a required minimum set of information along with additional optional data the manufacturers choose to put in it. Designers had to manually convert the data to work with their system, but often lacked some of the manufacturers info and became embroiled in complex processes, trying to get the data from the manufacturer.
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Previously, manufacturers created a PDF manual for stage designers who put together controllers, visualisers, drafting software and more. Manufacturers of fixtures used in stage design - such as moving lights, and in the future media servers, lasers, pyrotechnics, water effects and so on - need them to be controlled, visualised, or both to produce the best effects. With GDTF, luminaire manufacturers, for instance, now have an open and universal data exchange format to tell consoles and previsualisation software how the lights will respond. Not yet overpopulated, the leading players - those who build the stages, those who add lights and other special effects - had to develop their own solutions to lay out and plan the stage settings. To better understand GDTF and MVR, let's think of Microsoft Word: MVR would be the Word document and GDTF would be comparable to having a custom font in the document. Most recently, My Virtual Rig (MVR) was introduced in March, and it creates a two-way connection between planning, previsualisation and console systems. General Device Type Format (GDTF) is an open format that was created by Vectorworks, MA Lighting and Robe lighting, to change the way entertainment lighting designers and programmers communicate design and intelligent control data to put together and operate the awesome stage designs that are now de riguer in the industry. The company's involvement in the industry took another step recently - at the Prolight + Sound convention in Frankfurt, Germany - with the announcement of the release of the 1.0 version of GDTF. Not a performer, but one of the main players when it comes to design for staging concerts, plays, TV/film, and other corporate and live events. Vectorworks is, you might say, one of the leaders in the entertainment industry.
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