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3楼

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发表于 2003-4-18 16:48:00
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ZEMAX的更新版本0411版已经出来了,别忘记去更新您的软件
下面是这个版本新增加的内容 :POP analysis is significantly faster due to some new algorithm optimizations in the propagation routines.
The NSC Detector Rectangle now supports display of the detected diffraction Point Spread Function. The PSF is based upon the Huygens integration of all rays incident upon the detector.
The Huygens PSF and cross section now support coherent computation of the PSF across multiple configurations, as might be desirable for multiple mirror telescopes.
A minimum and maximum angle of sensitivity in both x and y directions for NSC detectors may now be defined for the radiant intensity and radiance in angle space data displays.
Partially transparent objects and surfaces are now supported in the shaded model. Each surface or object may have a unique color and opacity defined. The variable opacity and color of every surface or object allows more useful rendering of systems where some of the surfaces or objects are obscured.
NSC objects may now straddle one another to form complex solids, even if the material is different for each component object. This allows much more general construction of compound objects.
The lens data, extra data, and nsc editors now support user defined and default color coding of surfaces and objects in the spreadsheet display.
The ZEMAX Element Drawing now supports cemented triplets.
The ray and OPD pupil fans now allow selection of the surface number. This permits viewing of OPD and transverse ray error data at any intermediate surface.
NSC Detector Rectangles now allow up to 5,000 x 5,000 pixels, if there is sufficient memory.
The NSC Editor now supports pickups from across different parameter columns.
New extension commands InsertObject and DeleteObject added.
NSC Slide objects defined as bitmaps now use substantially less memory than before, if the objects are defined with either 8 bit or monochromatic (or both) pixels.
User defined NSC objects now support complete user defined coating transmission and reflection data.
The editors and text windows now support a selection of larger font sizes.
The propagation report for POP has been expanded to list possible aliasing errors.
The field curvature and distortion plot now supports selection of +y, +x, -y, and -x scan directions.
A more robust algorithm has been implemented for ray tracing through selected steep aspheric sequential surfaces. The new algorithm allows ZEMAX to trace rays to surfaces that previously were valid but untraceable.
A new soft-edged rectangular aperture DLL was added.
The replicate object tool now supports relative and absolute references.
The Zernike phase and sag surfaces all now support a limit terms option, which disables the effects of the Zernike polynomials outside the normalization radius. This greatly speeds up some analysis, such as POP, where the effects of the Zernike surface outside the lens aperture may be neglected.
The boule thickness is now displayed for Gradium surfaces as parameter 0.
The Convert to NSC group feature now supports toroidal and biconic surfaces, and allows partial conversion of data that cannot be fully converted.
New NOMINAL tolerance script command gives some control over the execution of the script while computing the nominal merit function.
An improved text listing was added to the bit map image analysis feature.
A new Zernike NSC surface object has been added.
ZEMAX now draws sequential surface user defined apertures on 3D Layouts, Wireframe, Solid Model, and Shaded Model layouts.
Bug Fixes
The ZRD viewer displayed incorrect path and phase data for expanded branches.
A recent change to the POP algorithm was found to be unreliable for certain surface types; this problem has been fixed.
A recent change to the POP algorithm would fail if the x and y array sizes were different; this problem has been fixed.
The polarization vectors for skew rays using orthogonal defined initial fields were not properly orthogonal.
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