mzdde function reference.html

zemax与matlab调用程序

  zmxRMS = ReadZemaxRMS(Filename)
 
  Reads text written from a Zemax RMS Wavefront, Spot size or Strehl Ratio Analysis.
  The text can be written from an RMS analysis window, or generated using the <a href = "#zGetTextFile">zGetTextFile</a> with the 'Rmf', 'Rms', or 'Rmw' 
  codes (see help <a href = "#ZemaxButtons">ZemaxButtons</a>)
  The results are returned in a struct in which the following fields are defined :
       datatype: Type of data in the data field e.g. 'RMS Wave Error vs. Focus'
           file: Name of the ZEMAX file from which the data was computed e.g. 'C:\Projects\MSMI\Concepts\baf(960)mak.ZMX'
          title: Title of the ZEMAX file from which the data was computed e.g. 'mak U.S.Patent 2701983 Variant a'
           date: Date on which the data was computed e.g. 'THU NOV 6 2003'
           ylab: Data plotted on the y-axis
           xlab: Data plotted on the x-axis
            ref: Reference for the data - either Centroid or Chief Ray
         yunits: Units for the y-axis
         xunits: Units for the x-axis
  Additional fields are dependent on what data is present.
  For ylab == 'Field' (ie an RMS vs. Field datatype)
         orient: The orientation of the data vector, +y, -y, +x or -x
          waves: The wavelengths at which the values (yunits) have been computed. One column per
                 wavelength.
           poly: Set to 1 if the polychromatic data appear. If so, found in first data column.
         fields: The field values for the data in units given by xunits.
           data: The RMS or strehl data, one column for polychromatic data (if poly=1) and one per wavelength. 
  For ylab == 'Focus' (ie an RMS vs. Focus datatype)
          focus: The focus positions in xunits for which the data is computed.
           data: The RMS or strehl data, one column for each field position, one row for each focus
                 position.
  For ylab == 'Wavelength' (ie an RMS vs. Wavelength datatype)
          waves: The wavelengths in yunits at which the data have been computed.
           data: The RMS or strehl data, one column per field position, one row per wavlength.
 
  See also <a href = "#zGetTextFile">zGetTextFile</a>
</PRE>
</P>
<P>
<A name = "ReadZemaxVignet"><H2>ReadZemaxVignet</H2></A>
<PRE>
  zmxVignet = ReadZemaxVignet(File)
 
  Reads text written from a Zemax Vignetting (Vig) analysis.
  The text can be written from the Vignetting window, or generated using <a href = "#zGetTextFile">zGetTextFile</a> with the 'Vig' code (see help <a href = "#ZemaxButtons">ZemaxButtons</a>)
  The results are returned in a struct in which the following fields are defined :
       datatype: Type of data in e.g. 'Vignetting Data'
           file: Name of the ZEMAX file from which the data was computed e.g. 'C:\Projects\MSMI\Concepts\baf(960)mak.ZMX'
          title: Title of the ZEMAX file from which the data was computed e.g. 'mak U.S.Patent 2701983 Variant a'
           date: Date on which the data was computed e.g. 'THU NOV 6 2003'
     fieldunits: The units of the field position data (e.g. millimetres or degrees)
          field: The field position data in fieldunits.
            vig: The vignetting data.
 
  See also <a href = "#zGetTextFile">zGetTextFile</a>
</PRE>
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<P>
<A name = "ReadZemaxWaveMap"><H2>ReadZemaxWaveMap</H2></A>
<PRE>
  zmxWaveMap = ReadZemaxWaveMap(File)
 
  Reads text written from a Zemax Wavefront Map (Wfm) analysis.
  The text can be written from the Wavefront Map window, or generated using the <a href = "#zGetTextFile">zGetTextFile</a> with the 'Wfm' code (see help <a href = "#ZemaxButtons">ZemaxButtons</a>)
  The results are returned in a struct in which the following fields are defined :
       datatype: Type of data in the data field e.g. 'Listing of Wavefront Map Data'
           file: Name of the ZEMAX file from which the data was computed e.g. 'C:\Projects\MSMI\Concepts\baf(960)mak.ZMX'
          title: Title of the ZEMAX file from which the data was computed e.g. 'mak U.S.Patent 2701983 Variant a'
           date: Date on which the data was computed e.g. 'THU NOV 6 2003'
            wav: Wavelength of the computation
          field: Field Position of computation
          funit: Field position units e.g. 'mm' or 'deg'.
             pv: Peak to valley error of the wavefront as reported by ZEMAX
           grid: Size of the data grid e.g. [64 64]
         center: Location of the centre point of the data e.g. [33 33]
           data: The wavefront map data. The size of this matrix is given by grid.
 
  See also <a href = "#zGetTextFile">zGetTextFile</a>
</PRE>
</P>
<P>
<A name = "ReverseSurfaces"><H2>ReverseSurfaces</H2></A>
<PRE>
  <a href = "#ReverseSurfaces">ReverseSurfaces</a> - Reverses a series of surfaces in a lens.
 
  Usage : Reply = ReverseSurfaces(FirstSurface, LastSurface)
  
  The surfaces FirstSurface to LastSurface are reversed. This function is performed by first putting these surfaces into
  double pass using the <a href = "#DoublePass">DoublePass</a> function, and then deleting the old surfaces. This approach has major limitations,
  including (but not limited to) the limitations of the <a href = "#DoublePass">DoublePass</a> routine. In particular, all pickups, variables and
  solves are lost for the reversed surfaces.
 
  See also : <a href = "#DoublePass">DoublePass</a>
 
</PRE>
</P>
<P>
<A name = "SagEvenAsphere"><H2>SagEvenAsphere</H2></A>
<PRE>
  <a href = "#SagEvenAsphere">SagEvenAsphere</a> - Computes the profile of a ZEMAX standard even aspheric surface.
 
  Usage : Sag = SagEvenAsphere(ProfileData, r)
 
  The Profile data consists of a vector having the paraxial radius of curvature,
  the conic constant and a series of coefficients for the even power of the radial
  distance.
 
  The sag of the surface is computed at the distances r from the axis.
 
</PRE>
</P>
<P>
<A name = "SpiralSpot"><H2>SpiralSpot</H2></A>
<PRE>
  <a href = "#SpiralSpot">SpiralSpot</a> - Produces a series of x, y values of rays traced in a spiral over the entrance pupil
 
  Usage : [x, y] = SpiralSpot(ObjectHeighty, ObjectHeightx, Wave, Spirals, Rays)
          plot(x,y)
  Where the x and y data is the ray landing  data at the image surface in lens units.
        ObjectHeighty is the fractional object height in y from which the rays are traced.
        ObjectHeightx is the fractional object height in y from which the rays are traced.
        Wave is the wavelength number to use.
        Spirals is the number of spirals to execute.
        Rays is the number of rays to trace, and therefore the number of x,y pairs as well.
</PRE>
</P>
<P>
<A name = "WriteZemaxWaveFile"><H2>WriteZemaxWaveFile</H2></A>
<PRE>
  <a href = "#WriteZemaxWaveFile">WriteZemaxWaveFile</a> - Writes a list of wavelengths formatted for ZEMAX
 
  Usage : WriteZemaxWaveFile(File, WaveMatrix, Primary)
  File is the file to write.
  WaveMatrix is a matrix of wavelengths and weights (one each per row).
  Primary is the primary wavelength number.
 
</PRE>
</P>
<P>
<A name = "ZEMAXBusy"><H2>ZEMAXBusy</H2></A>
<PRE>
  ZEMAXBUSY M-file for <a href = "#ZEMAXBusy">ZEMAXBusy</a>.fig
       ZEMAXBUSY, by itself, creates a new ZEMAXBUSY or raises the existing
       singleton*.
 
       H = ZEMAXBUSY returns the handle to a new ZEMAXBUSY or the handle to
       the existing singleton*.
 
       ZEMAXBUSY('CALLBACK',hObject,eventData,handles,...) calls the local
       function named CALLBACK in ZEMAXBUSY.M with the given input arguments.
 
       ZEMAXBUSY('Property','Value',...) creates a new ZEMAXBUSY or raises the
       existing singleton*.  Starting from the left, property value pairs are
       applied to the GUI before ZEMAXBusy_OpeningFunction gets called.  An
       unrecognized property name or invalid value makes property application
       stop.  All inputs are passed to ZEMAXBusy_OpeningFcn via varargin.
 
       *See GUI Options on GUIDE's Tools menu.  Choose "GUI allows only one
       instance to run (singleton)".
 
  See also: GUIDE, GUIDATA, GUIHANDLES
</PRE>
</P>
<P>
<A name = "ZemaxButtons"><H2>ZemaxButtons</H2></A>
<PRE>
  ZEMAX 3-Letter Analysis/Action Window Codes (ZEMAX Version September 19, 2002)
  These codes are case-sensitive.
 
   Off: None                          Mfl: Merit Function List
   ABg: ABg Data Catalog              Mfo: Make Focal
   Bfv: Beam File Viewer              Mgm: Geometric <a href = "#MTF">MTF</a> Map
   Caa: Coating, Abs. vs. Angle       Mtf: Modulation TF
   Car: Cardinal Points               Mth: <a href = "#MTF">MTF</a> vs. Field
   Cas: Coat All Surfaces             NCE: Non-Sequential Editor
   Caw: Coating, Abs. vs. Wavelength  New: New File
   Cca: Convert to Circular Apertures Nxc: Next Configuration
   Cda: Coating, Dia. vs. Angle       Off: Huygens Through Focus <a href = "#MTF">MTF</a>
   Cdw: Coating, DIa. vs. Angle       Opd: Opd Fan
   Cfa: Convert to Floating Apertures Ope: Open File
   Cfs: Chromatic Focal Shift         Opt: Optimization
   Cls: Coating List                  Pab: Pupil Aberration Fan
   Cna: Coating, Ret. vs. Angle       Pcs: <a href = "#PSF">PSF</a> Cross Section
   Cng: Convert to NSC Group          Per: Performance Test
   Cnw: Coating, Ret. vs. Wavelength  Pha: Pol. Phase Aberration
   Cpa: Coating, Phase vs. Angle      Pmp: Pol. Pupil Map
   Cpw: Coating, Phase vs. Wavelength Pol: Pol. Ray Trace
   Cra: Coating, Refl vs. Angle       Pop: Physical Optics Propagation
   Crw: Coating, Refl. vs. Wavelength Pre: Prescription Data
   Cta: Coating, Tran. vs. Angle      Prf: Preferences
   Ctw: Coating, Tran. vs. Wavelength Ptf: Pol. Transmission Fan
   Dcl: Detector Control              Qfo: Quick Focus
   Dim: Diffraction Image Analysis    Raa: Remove All Apertures
   Dip: Biocular Dipvergence/Converge Ray: Ray Fan
   Dis: Dispersion Plot               Rcf: Reload Coating File
   Dvi: Detector Viewer               Rdb: Ray Database
   EDE: Extra Data Editor             Red: Redo
   Ect: Edit Coating                  Rel: Relative Illumination
   Ele: ZEMAX Element Drawing         Rev: Reverse Elements
   Enc: Diff Encircled Energy         Rg4: New Report Graphic 4
   Ext: Exit                          Rg6: New Report Graphic 6
   Fcd: Field Curv/Distorion          Rmf: RMS vs. Focus
   Fcl: Fiber Coupling                Rml: Refresh Macro List
   Fie: Field Data                    Rms: RMS vs. Field
   Fld: Add Fold Mirror               Rmw: RMS vs. Wavelength
   Flx: Delete Fold Mirror            Rtr: Ray Trace
   Foa: Foucault Analysis             Rva: Remove Variables
   Foo: Footprint Analysis            Rxl: Refresh Extensions List
   Fov: Biocular Field of View Analys Sag: Sag Table
   Fps: FFT <a href = "#PSF">PSF</a>                       Sas: Save As
   Gbp: Parax Gaussian Beam           Sav: Save File
   Gbs: Skew Gaussian Beam            Sca: Scale Lens
   Gen: General Lens Data             Sei: Seidel Coefficients
   Geo: Geom Encircled Energy         Sff: Full Field Spot
   Gho: Ghost Focus                   Sld: Slider
   Gla: Glass Catalog                 Sma: Spot Matrix
   Glb: Global Optimization           Smc: Spot Matrix Config
   Gmp: Glass Map                     Smf: Surface <a href = "#MTF">MTF</a>
   Gpr: Gradium Profile               Spt: Spot Diagram
   Grd: Grid Distortion               Srp: Surface Phase
   Gst: Glass Substitution Template   Srs: Surface Sag
   Gtf: Geometric <a href = "#MTF">MTF</a>                 Ssg: System Summary Graphic
   Gvf: Geometric <a href = "#MTF">MTF</a> vs. Field       Stf: Though Focus Spot
   Ham: Hammer Optimization           Sur: Surface Data