+
+
Coma RMS
+
{traj_result['coma_rms_nm']:.2f} nm
+
+
+
Astigmatism RMS
+
{traj_result['astigmatism_rms_nm']:.2f} nm
+
+
+
Trefoil RMS
+
{traj_result['trefoil_rms_nm']:.2f} nm
+
+
+
Spherical RMS
+
{traj_result['spherical_rms_nm']:.2f} nm
+
+
+
Total Filtered RMS
+
{traj_result['total_filtered_rms_nm']:.2f} nm
+
+
+
Linear Fit R\u00b2
+
{traj_result['linear_fit_r2']:.4f}
+
+
+
+
+
+
+
+
+
1. Executive Summary
+
+
+
WFE 40\u00b0 vs 20\u00b0 (Tracking)
+
{wfe_40_20:.2f} nm
+
+
+
WFE 60\u00b0 vs 20\u00b0 (Tracking)
+
{wfe_60_20:.2f} nm
+
+
+
MFG 90\u00b0 (J1\u2212J3 Filtered)
+
{mfg_90:.2f} nm
+
+
+
Weighted Sum (6\u00b7W40 + 5\u00b7W60 + 3\u00b7MFG)
+
{ws:.1f}
+
+
+
+
+
+
+
+
2. Per-Angle RMS Summary
+ {per_angle_plot}
+
+
+
+ | Angle | Abs Global RMS | Abs Filtered RMS |
+ Rel Filtered RMS |
+ Astigmatism | Coma | Trefoil | Spherical |
+
+
+ {angle_detail_rows}
+
+
All values in nm. Filtered = J1\u2212J4 removed. Relative = vs 20\u00b0 reference. Aberrations are absolute.
+
+
+
+
+
{sec_surface}. Wavefront Error Surface Maps
+
3D residual surfaces after removing piston, tip, tilt, and defocus (J1\u2212J4). Interactive \u2014 drag to rotate.
+
+
+
40\u00b0 vs 20\u00b0 (Relative)
+ {surf_40}
+
+
+
60\u00b0 vs 20\u00b0 (Relative)
+ {surf_60}
+
+
+
+
90\u00b0 Manufacturing (Absolute)
+ {surf_90}
+
+
+
+
+{'
' + str(sec_traj) + '. Zernike Trajectory Analysis
' +
+ '
Mode-specific integrated RMS across the operating elevation range. ' +
+ 'The linear model cj(\u03b8) = aj\u00b7\u0394sin\u03b8 + bj\u00b7\u0394cos\u03b8 decomposes gravity into axial and lateral components.
' +
+ traj_metrics_html +
+ '
' +
+ '
Mode RMS vs Elevation Angle
' + traj_plot_html + '' +
+ '
Axial vs Lateral Sensitivity
' + sens_plot_html + '' +
+ '
' if traj_result else ''}
+
+
+
+
{sec_mfg}. Manufacturing Analysis (90\u00b0 Orientation)
+
+ The mirror is manufactured (polished) at 90\u00b0 orientation. The "Correction" column shows the
+ aberrations that must be polished out to achieve the 20\u00b0 operational figure.
+
+ {mfg_html}
+
+
+
+{params_html}
+
+
+
+
{sec_zernike}. Zernike Coefficient Details
+
+ 40\u00b0 vs 20\u00b0 \u2014 Relative Coefficients
+ {sfm_40}{bar_40}
+
+
+ 60\u00b0 vs 20\u00b0 \u2014 Relative Coefficients
+ {sfm_60}{bar_60}
+
+
+ 90\u00b0 \u2014 Absolute Coefficients
+ {sfm_90}{bar_90}
+
+
+
+
+
+
{sec_method}. Methodology
+
+
+ | Zernike Modes | {N_MODES} (Noll convention) |
+ | Filtered Modes | J1\u2212J4 (Piston, Tip, Tilt, Defocus) |
+ | WFE Calculation | WFE = 2 \u00d7 Surface Error (reflective) |
+ | Displacement Unit | {DISP_UNIT} \u2192 nm ({NM_SCALE:.0e}\u00d7) |
+ | Aperture | {'Annular (inner R = ' + f'{inner_radius:.1f} mm)' if inner_radius else 'Full disk'} |
+ | Reference Angle | 20\u00b0 (polishing/measurement orientation) |
+ | MFG Objective | 90\u00b0\u221220\u00b0 relative, J1\u2212J3 filtered (optician workload) |
+ | Weighted Sum | 6\u00d7WFE(40\u221220) + 5\u00d7WFE(60\u221220) + 3\u00d7MFG(90) |
+ {'| Trajectory R\u00b2 | ' + f'{traj_result["linear_fit_r2"]:.6f}' + ' |
' if traj_result else ''}
+
+
+
+
+
+
+
+