Difference between revisions of "STEP"
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BRL-CAD's most pressing need in the geometry file conversion category is support for the STEP file format, a.k.a "STandard for the Exchange of Product model data." Step is a successor to the IGES file format and today is the major standard used for data exchange between CAD systems. | BRL-CAD's most pressing need in the geometry file conversion category is support for the STEP file format, a.k.a "STandard for the Exchange of Product model data." Step is a successor to the IGES file format and today is the major standard used for data exchange between CAD systems. | ||
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| + | == Partial Support == | ||
| + | currently the tool step-g has partial support, and the toolkit https://github.com/stepcode/stepcode is branched into the src/other source tree. | ||
==Defining ISO Documents== | ==Defining ISO Documents== | ||
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* [http://www.jsdai.net/ JSDAI], written in java | * [http://www.jsdai.net/ JSDAI], written in java | ||
====Tools that generate C++ from an EXPRESS schema==== | ====Tools that generate C++ from an EXPRESS schema==== | ||
| − | * NIST STEP Class Libraries | + | * NIST STEP Class Libraries |
| + | ** There is a [https://github.com/mpictor/StepClassLibrary patched version] of the SCL that compiles with GCC 4.6 | ||
** [http://www.mel.nist.gov/msid/scl/SCL.htm Official NIST SCL site] | ** [http://www.mel.nist.gov/msid/scl/SCL.htm Official NIST SCL site] | ||
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| − | * ESA and NASA also have some tools (expressik, lightcpp, pyexpress) that can generate code from EXPRESS schema. | + | * ESA and NASA also have some tools (expressik, lightcpp, pyexpress) that can generate code from EXPRESS schema. For some years, ESA has planned to release some (or all) of the code as open source; however, they have many higher priorities (per email with a person at ESA). |
** Relevant google searches: | ** Relevant google searches: | ||
*** [http://www.google.com/search?q=iso10303-11+EXPRESS+SDAI+python+generate+c%2B%2B iso10303-11 EXPRESS SDAI python generate c++] | *** [http://www.google.com/search?q=iso10303-11+EXPRESS+SDAI+python+generate+c%2B%2B iso10303-11 EXPRESS SDAI python generate c++] | ||
Latest revision as of 17:12, 5 December 2017
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This page contains the design document for an enhancement or feature. The design should be considered a work in progress and may not represent the final design. As this is a collaborative design, contributions and participation from other developers and users is encouraged. Use the discussion page for providing comments and suggestions. |
Contents
Converting from STEP files to BRL-CAD databases[edit]
BRL-CAD's most pressing need in the geometry file conversion category is support for the STEP file format, a.k.a "STandard for the Exchange of Product model data." Step is a successor to the IGES file format and today is the major standard used for data exchange between CAD systems.
Partial Support[edit]
currently the tool step-g has partial support, and the toolkit https://github.com/stepcode/stepcode is branched into the src/other source tree.
Defining ISO Documents[edit]
The source standard for STEP is ISO-10303, which consists of hundreds of individual parts. (list parts important to brlcad)
Existing Open Source Tools[edit]
Tools that work with EXPRESS (ISO10303 Part 11) schemas[edit]
Tools that generate C++ from an EXPRESS schema[edit]
- NIST STEP Class Libraries
- There is a patched version of the SCL that compiles with GCC 4.6
- Official NIST SCL site
- ESA and NASA also have some tools (expressik, lightcpp, pyexpress) that can generate code from EXPRESS schema. For some years, ESA has planned to release some (or all) of the code as open source; however, they have many higher priorities (per email with a person at ESA).
- Relevant google searches:
- IFC contains code generated by lightcpp, but does not include lightcpp. Contains some info on lightcpp.
