1. Evaluate received-power uniformity, coefficient of variation, weakest cells, and cell deviations. 2. Inspect a cell crosstalk matrix with exclusive nearest-receiver assignment and full CSV export. 3. Scan 11 receiver radii to compare own-cell capture, crosstalk, and unassigned power. 4. Explore a 7×7 receiver-alignment map against a capture threshold. 5. Rank candidates by capture or uniformity and compare nondominated trade-offs within the finite scan. 6. Compare nine incidence angles within the thin-phase model. 7. Evaluate 12 manufacturing-variation samples with position, dual-axis focal-length errors, and repeatable seeds. 8. Budget detector-channel SNR using responsivity, dark current, bandwidth, and input current noise. 9. Compare exposure-averaged scrambling contrast across five initial-phase seeds. 10. Compare individual cells against a baseline, matching identities and identifying added or removed cells. Also includes freeform microlens shapes, aperture/focus/layout editing, array assembly and optical-path insertion, per-cell spots, finer-sampling comparisons, alignment sensitivity, and the fiber-scrambling lab. Retains the desktop workspace and navigation, with expanded collapsible analysis and bilingual guidance. Refined keyboard deletion and undo. The launch screen waits for Enter Workspace instead of an automatic countdown.

This update makes project setup and analysis easier to navigate: - Organized all 38 tool pages into Current Project, Component Design, and Experiments & Data. - Clearly separated 3D assembly analysis from first-order node analysis. - Added in-page detector branch selection, with component selection and creation on supported pages. - Added persistent input guidance with expandable model details and limitations. - Improved information panel alignment, selector spacing, and workspace layout to reduce unnecessary navigation.