116 support all geometries gpu runner

[jmaack24]

Enable the following geometries within OptixRunner:

• Flat Circle
• Flat Hexagon
• Flat Annulus
• Parabola Circle
• Parabola Hexagon
• Parabola (general) Triangle
• Parabola Annulus
• Parabola Quadrilateral

If there is time, adding these would also be good

• Cone Circle
• Cone Hexagon
• Cone (general) Triangle
• Cone Rectangle
• Cone Annulus
• Cone Quadrilateral
• Sphere Circle
• Sphere Hexagon
• Sphere (general) Triangle
• Sphere Rectangle
• Sphere Annulus
• Sphere Quadrilateral

The following checklist for adding Surface/Aperture combination to the OptixRunner may be of use in the future. It is recommended to add the functions in the following order:

1. Add needed OpticalEntityType (in OptixCSP/src/core/Soltrace.h)
2. Add intersection function to IntersectionKernelMap in pipeline_manager.cpp
3. Write intersection program (kernel) in intersection.cu. Function name must start with __intersection__ (note double underscores on both sides!!!)
4. Add needed types and functions to GeometryDataST
5. Add needed OptixCSP Aperture and Surface types in Aperture.h, Surface.h, and soltrace_type.h
6. Add needed mapping to OpticalEntityType in GeometryManager::collect_geometry_info
7. Add needed conversion code in CspElement::toDeviceGeometryData
8. Add needed conversion code in OptixRunner::setup_elements
9. Add some sort of test