Operand Definitions
ZEMAX supports optimization operands which are used to define the merit function. Each operand may be assigned a weight which indicates the relative importance of that operand, as well as a target, which is the desired value for that operand. The operands are listed below.
ABSO: Absolute value 绝对值
ACOS: Arccosine
AMAG: Angular magnification 角放大率
ANAR: Angular aberration
ASIN: Arcsine
ASTI: Astigmatism 初级像散
ATAN: Arctangent
AXCL: Axial color
BLNK: Blank
BSER: Boresight Error
COGT: Conic greater than
COLT: Conic less than
COMA: Coma 初级彗差
CONF: CONS: COSI: COVA: CTGT: CTLT: CTVA: CVGT: CVLT: CVOL: Configuration #
Constant 常量
Cosine
Conic value
Center thickness greater than 中心厚度(间隔)大于
Center thickness less than 中心厚度(间隔)小于
Center thickness value 中心厚度(间隔)等于
Curvature greater than 曲率大于
Curvature less than 曲率小于
Cylinder volume
CVVA: Curvature value 曲率等于
DENC: Diffraction encircled energy
DENF: Diffraction encircled energy fraction DIFF: Difference
DIMX: Distortion max 最大畸变
DISC: Distortion calibrated
DISG: Generalized distortion
DIST: Distortion 畸变
DIVI: Division
DLTN: Delta N
DMFS: Default merit function start 默认评价函数起始点
DMGT: Diameter greater than 直径大于
DMLT: Diameter less than 直径小于
DMVA: Diameter value 直径值
DXDX: Derivative Dx/Dx
DXDY: Derivative Dx/Dy
DYDX: DYDY: EFFL: EFLX: EFLY: ENDX: ENPP: EPDI: EQUA: ETGT: Derivative Dy/Dx
Derivative Dy/Dy
Effective focal length 有效焦距
Effective focal length x x方向焦距
Effective focal length y y方向焦距
End execution
Entrance pupil position 入瞳位置
Entrance pupil diameter 入瞳直径
Equal
Edge thickness greater than 边缘厚度大于
ETLT: Edge thickness less than 边缘厚度小于
ETVA: Edge thickness value 边缘厚度等于
EXPP: Exit pupil position 出瞳位置
FCGS: Field curvature, generalized, sagittal
FCGT: Field curvature, generalized, tangential
FCUR: Field curvature 场曲
FICL: Fiber coupling efficiency
FOUC: Foucault analysis
GBW0: Gaussian beam waist 0
GBWA: Gaussian beam size
GBWD: Gaussian beam divergence
GBWZ: Gaussian beam z position
GBWR: Gaussian beam phase radius
GCOS: Glass relative cost
GENC: Geometric encircled energy
GLCA: Global coordinate x normal
GLCB: Global coordinate y normal
GLCC: Global coordinate z normal
GLCX: Global coordinate x coordinate
GLCY: Global coordinate y coordinate
GLCZ: Global coordinate z coordinate
GMTA: Geometric MTF average 几何平均MTF
GMTS: Geometric MTF sagittal 几何弧矢MTF
GMTT: Geometric MTF tangential几何子午MTF
GPIM: Ghost Pupil Image
GRMN: Gradient minimum index
GRMX: Gradient maximum index
GTCE: Glass Thermal Coefficient of Expansion
HHCN: Tests for hyper-hemisphere conditions
IMAE: Image analysis efficiency
INDX: Index of refraction
InGT: Index greater than折射率大于
InLT: Index less than 折射率小于
InVA: Index value 折射率等于
ISFN: Image space F/# 像方F数
LACL: Lateral color
LINV: Lagrange invariant
LPTD: LightPath Delta
MAXX: Maximum
MCOG: Multi-configuration operand greater than MCOL: Multi-configuration operand less than
MCOV: Multi-configuration operand value
MINN: Minimum
MNAB: Minimum Abbe 最小阿贝数
MNCA: Minimum center thickness air最小中心间隔（空气）
MNCG: Minimum center thickness glass最小中心厚度（玻璃）
MNCT: Minimum center thickness 最小中心厚度（间隔）
MNCV: Minimum curvature 最小曲率半径
MNDT: Minimum diameter to thickness ratio最小通光直径与厚度之比
MNEA: Minimum edge thickness air最小边缘间隔（空气）
MNEG: Minimum edge thickness glass最小边缘厚度（玻璃
MNET: Minimum edge thickness最小边缘厚度（间隔）
MNIN: Minimum index最小折射率
MNPD: Minimum partial dispersion
MNSD: Minimum semi-diameter
MSWA: MTF square wave average MSWS: MTF square wave sagittal
MSWT MTF square wave tangential
MTFA: MTF average 平均MTF
MTFS: MTF sagittal 弧矢MTF
MTFT: MTF tangential 子午MTF
MXAB: Maximum Abbe 最大阿贝数
MXCA: Maximum center thickness air 最大中心间隔（空气）
MXCG: Maximum center thickness glass最大中心厚度（玻璃）
MXCT: Maximum center thickness 最大中心厚度（间隔）
MXCV: Maximum curvature 最大曲率半径
MXDT: Maximum diameter to thickness ratio最大通光直径与厚度之比
MXEA: Maximum edge thickness air 最大边缘间隔（空气）
MXEG: MXET: MXIN: MXPD: MXSD: NPXG: NPXL: NPXV: NPYG: NPYL: Maximum edge thickness glass 最大边缘厚度（玻璃）
Maximum edge thickness 最大边缘厚度（间隔）
Maximum index 最大折射率
Maximum partial dispersion
Maximum semi-diameter 最大半口径
Non-sequential object position x greater than
Non-sequential object position x less than
Non-sequential object position x value
Non-sequential object position y greater than
Non-sequential object position y less than
NPYV: Non-sequential object position y value
NPZG: Non-sequential object position z greater than
NPZL: Non-sequential object position z less than
NPZV: NSDD: NSTR: NTXG: NTXL: NTXV: NTYG: NTYL: NTYV: NTZG: Non-sequential object position z value
Non-sequential detector data
Non-sequential trace
Non-sequential object tilt about x greater than
Non-sequential object tilt about x less than
Non-sequential object tilt about x value
Non-sequential object tilt about y greater than
Non-sequential object tilt about y less than
Non-sequential object tilt about y value
Non-sequential object tilt about z greater than
NTZL: Non-sequential object tilt about z less than
NTZV: Non-sequential object tilt about z value
NPGT: Non-sequential object parameter greater than
NPLT: Non-sequential object parameter less than
NPVA: Non-sequential object parameter value
OBSN: Object space N.A. 物方空间N.A.
OFF: Off
OPDC: Optical path difference
OPDM: Optical path difference mean reference
OPDX: Optical path difference centroid reference
OPGT: Operand greater than
OPLT: Operand less than
OPTH: Optical path
OSUM: Operand sum
PnGT: Parameter greater than. Obsolete operand. See PMGT.
PnLT: PnVA: PMGT: PMLT: PMVA: PANA: PANB: PANC: PARA: PARB: PARC: Parameter less than. Obsolete operand. See PMLT.
Parameter value. Obsolete operand. See PMVA.
Parameter greater than
Parameter less than
Parameter value
Paraxial x normal
Paraxial y normal
Paraxial z normal
Paraxial x cosine
Paraxial y cosine
Paraxial z cosine
PARR: Paraxial r coordinate
PARX: Paraxial x coordinate
PARY: Paraxial y coordinate
PARZ: Paraxial z coordinate
PATX: Paraxial x tangent
PATY: Paraxial y tangent
PETC: Petzval curvature
PETZ: Petzval radius
PIMH: Paraxial image height 近轴像高
PLEN: Path length
PMAG: Paraxial magnification 理想放大率
POWR: Power (surface) PRIM: Primary wavelength
PROD: Product
QSUM: Quadratic sum
RAGX: Real global x coordinate
RAGY: RAGZ: RAGA: RAGB: RAGC: RAED: RAEN: RAID: RAIN: RANG: Real global y coordinate
Real global z coordinate
Real global x direction cosine
Real global y direction cosine
Real global z direction cosine
Ray angle of exitance in degrees
Ray angle of exitance
Ray angle of incidence in degrees
Ray angle of incidence
Ray angle
REAA: Real ray x cosine
REAB: Real ray y cosine
REAC: Real ray z cosine
REAR: REAX: REAY: REAZ: RENA: RENB: RENC: RETX: RETY: RGLA: Real r coordinate
Real x coordinate
Real y coordinate
Real z coordinate
Real x normal
Real y normal
Real z normal
Real x tangent
Real x tangent
Reasonable glass
RSCE: RMS spot centroid
RSCH: RMS spot chief ray
RSRE: RMS spot centroid (with vignetting)
RSRH: RMS spot chief ray (with vignetting)
RWCE: RMS wave centroid RWCH: RMS wave chief
RWRE: RMS wave centroid (with vignetting)
RWRH: RMS wave chief ray (with vignetting)
SAGX: Sag x
SAGY: Sag y
SFNO: Sagittal working F/#
SINE: Sine
SKIN: Skip if not symmetric
SKIS: Skip is symmetric
SPHA: Spherical aberration
SQRT: Square root
SUMM: Summation
SVIG: Set Vignetting
TANG: Tangent
TFNO: Tangential working F/#
TMAS: Total mass
TOTR: Total track 总长度
TRAC: Transverse aberration referenced to centroid
TRAD: Transverse aberration x component
TRAE: Transverse aberration y component
TRAI: Transverse aberration radius at intermediate image
TRAR: Transverse aberration radius
TRAX: Transverse aberration x
TRAY: Transverse aberration y
TRCX: TRCY: TTGT: TTHI: TTLT: TTVA: UDOP: USYM: VOLU: WFNO: Transverse aberration x component referenced to centroid
Transverse aberration y component referenced to centroid
Total thickness greater than 总厚度大于
Total thickness 总厚度
Total thickness less than总厚度小于
Total thickness value 总厚度等于
User defined operand
Use axial symmetry
Volume
Working F/# 工作F数
XDGT: Extra data value greater than
XDLT: Extra data value less than
XDVA: Extra data value
XENC: XNEA: XNEG: XNET: XXEA: XXEG: XXET: YNIP: ZERN: ZPLM: Extended source encircled energy
X minimum edge thickness air
X minimum edge thickness glass
X minimum edge thickness
X maximum edge thickness air
X maximum edge thickness glass
X maximum edge thickness
YNI paraxial contribution
Zernike coefficients
ZPL Macro computations
ZTHI: Zoom thickness
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