OpticalDesignDocu
Optical Design Docu
KDP-2
1. About KDP-2
2. Setup of Model
2.1. Commands
2.2. Setup a Cooke triplet with python
2.3. Create spot diagram and plot with python
3. Operands
3.1. Lens database items
3.2. Real single ray
3.3. Special real / paraxial ray
3.4. Aberrations
3.5. Paraxial ray
3.6. Paraxial chromatic
3.7. Spot diagram
3.8. Spectrometer
3.9. Real ray composite
3.10. Gaussian beams
OpTaliX
1. Setup of Model
1.1. Setup a Cooke triplet with python
2. OpTaliX
2.1. OpTaliX: Optimization Variables
2.2. OpTaliX: Lens data item configurations
2.3. OpTaliX: Lens data items surface
2.4. OpTaliX: Apertures
2.5. OpTaliX: Geometric Analysis
2.6. OpTaliX: Optimization Targets / Constraints
2.7. OpTaliX: Ray data
2.8. OpTaliX: Lens data items paraxial
2.9. OpTaliX: Polarization
2.10. OpTaliX: Tolerance and Sensitivity Analysis
2.11. OpTaliX: Illumination source data
2.12. OpTaliX: Gaussian beam
2.13. OpTaliX: Fiber data
2.14. OpTaliX: Diffraction analysis
2.15. OpTaliX: Arrays
2.16. OpTaliX: Miscellaneous
OSLO
1. OSLO
ZEMAX
1. ZEMAX
2. ZEMAX links
Code V
1. Code V
Synopsys
1. SYNOPSYS
Comparison
1. Comparison
Optical Design Practice
1. Optical Design Links
.md
.pdf
repository
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Example I.: Setup of COOKE TRIPLET U.S.# 2,453,26Ø
Example I.: Setup of COOKE TRIPLET U.S.# 2,453,26Ø
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