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Home > Supported File Formats > JT to LightWave


How to convert JT (Jupiter Tessellation) to LightWave (.lws,.lwo)?


PolyTrans|CAD+DCC performs mathematically precise CAD, DCC/Animation, GIS and BIM 3D file conversions into all key downstream 3D packages and file formats. Okino software is used and trusted throughout the world by many tens of thousands of 3D professionals in mission & production critical environments, backed by respectable personal support directly from our core development team.

     

JT

"JT" is the predominant and lightweight 3D visualization file format for PLM. JT is used throughout the product development lifecycle in all major industries to communicate the critical design information typically locked up inside a CAD file. JT data can be very lightweight, holding little more than facet data or it can be richer and hold associations to the original CAD information, assemblies, product structure, geometry, attributes, meta data and PMI. It supports multiple tessellations and level-of-detail generation.

Okino was one of the very first members of the Siemens 'JT Open' initiative and hence we provide excellent support for the import and export of JT files. We do not use reverse engineered toolkits but rather the officially licensed runtime systems from Siemens Corp.

     

LightWave

LightWave is a well known and respected DCC/Animation system which has been around since the early days of the Amiga. It continues to be developed by Newtek Inc.

Okino implemented the main system to read and write LightWave .lwo and .lws files as of 1993, with the peak demand for our LightWave converters being throughout the 1990s and into the early 2000s, after which other animation systems became more popular (3ds Max, Maya and Softimage).

Fortunately a copy of the LightWave software is not needed to convert to/from the .lws and .lwo formats (as otherwise is the defacto case for the 3ds Max and Maya animation systems). The general scene data is stored in the ASCII .lws scene file whereas the binary .lwo file contains the geometry and material information.