Technically they explicitly said “how do I get the”
We use it - specifically we use its Scribble package to define self-documented file formats that autogenerate C++ & Python sources.
The other reply is really good. To add to that, the intersection of two bi-cubic Bezier patches (each being but one part of a cubic B-spline surface) is an implicit equation of degree 18^2=324. This simply cannot be…
They’re (possibly) referring to “Scalable Geometric Modeler” (SGM) https://github.com/sandialabs/sgm Originally open-source, but since taken back in-house. As I understand, which should not be construed as an accurate…
I wouldn’t, solely because it’s still in version 0.X - for any long-term, important project (e.g., PhD dissertation) I’d recommend LaTeX due to A) it’s mature and B) many universities provide LaTeX templates.
If you're not aware, you may be interested in checking out https://www.osti.gov and https://www.osti.gov/search-tools
Technically they explicitly said “how do I get the”
We use it - specifically we use its Scribble package to define self-documented file formats that autogenerate C++ & Python sources.
The other reply is really good. To add to that, the intersection of two bi-cubic Bezier patches (each being but one part of a cubic B-spline surface) is an implicit equation of degree 18^2=324. This simply cannot be…
They’re (possibly) referring to “Scalable Geometric Modeler” (SGM) https://github.com/sandialabs/sgm Originally open-source, but since taken back in-house. As I understand, which should not be construed as an accurate…
I wouldn’t, solely because it’s still in version 0.X - for any long-term, important project (e.g., PhD dissertation) I’d recommend LaTeX due to A) it’s mature and B) many universities provide LaTeX templates.
If you're not aware, you may be interested in checking out https://www.osti.gov and https://www.osti.gov/search-tools