Get 10X Faster Tolerancing and Scripting in CODE V
With K2realm’s Multi-Core enhancements for CODE V, your Monte Carlo and finite difference tolerancing runs up to 10X faster.
Plus, run your user macros with the same multi-core power.
Fully Integrated
- Use your current Monte Carlo and finite difference scripts with a single click. No user modification necessary
- Automatically use all available CPU cores for tolerancing runs
- Use multiple cores in parallel to loop over field, zoom, wavelength, etc. for PSF, BSP, and more.
See How Users Save More Time With Multi-Core
- K2 users can reduce 2-hour tolerancing runs to 10 minutes and 20 hour runs down to 2 hours!
- K2 users can run 1,000s of trials in the same time it used to take to run 100s.
- K2 works out-of-the-box with your existing sequence files, no extra setup required.
- K2 automatically aggregates and saves your results for further analysis, no more cut-and-paste needed.
Add Multiple Tolerance Metrics Easily
- Easily evaluate multiple metrics like Spot, MTF, Boresight, and Compensators (no more customizing ^imagqual)
- Quickly customize views to see metrics side-by-side, individually, or plotted together (no more exporting to Excel)
- Get the metrics you want, just the way you want them.
Ready to get more done faster?
Visualize Tolerance Drivers Immediately
- Instantly find tolerance sensitivities per surface/zoom (in TOR and finite difference analyses)
- Automatically sort all tolerances visually (no more exporting to Excel)
- Eliminate searching through lines of text output (no more need for custom scripts)
Write and Run Custom Scripts Faster
- Instantly see all inputs for macros and functions with “smart syntax popups”
- Save time writing code with auto-complete for variables
- Boost productivity by running independent script loops on multiple CPU cores (e.g. field, zoom, wavelength and more)
- Upgrade existing scripts to multi-core with just a few tweaks
- K2 automates process distribution and organizes your data when it’s done
Integrate MATLAB Processing Dynamically
- Easily harness the power of MATLAB to process CODE V data
- Run custom macros to generate your CODE V data
- Automatically send to MATLAB for post-processing/custom graphs
- Immediately get back results of your analyses
- Repeat as-needed in a self-contained automated loop