AOsim.conf ファイルについて
AOシミュレータを動かすのに必要なファイルのひとつであるAOsim.conf ファイルの各パラメータについてまとめます。※日本語で説明しているところは確認した項目
# 全体 #
AOsize 256 size of all arrays
AOtimeMAX シミュレーション全体の時間[秒]
=>(現在2.0s 以上にできない。)
AOtimeSTART シミュレーションを開始する時間[秒]
PUPIL_SCALE 0.050000 pupil scale - m per pixel (0.1 for AOsize=128, 0.05 for AOsize=256, 0.025 for AOsize=512 and 0.0125 for AOsize=1024)
LAMBDA 波長[um]
VSEEING シーイング
REF_VSEEING 波面参照ファイルのシーイング
HBAR 3.000000 equivalent turbulence height in km
SLAMBDA 1.600000 wavelength for science acquisition in microns
ZENITH_ANGLE Zenith Angle
# シミュレータ時にAOsim に行わせる事(1：する、0：しない) #
(行わないように設定しても必要なファイルがなければ作られる)
MAKE_PUPIL 望遠鏡の瞳を設定する(ここを用いる)
MAKE_WAVEFRONT 波面ファイルを作る
MAKE_WFSGEOM 波面センサのジオメトリを作る
MAKE_DMGEOM 可変鏡のアクチュエータパターンを作る
MAKE_DMIF 可変鏡の設定をする
MAKE_IMAT 1 1 to force AOsim to make interaction matrix
MAKE_CMAT 1 1 to force AOsim to compute the control matrix
MAKE_DMTT 0 1 to force AOsim to make the DM tip/tilt modes
MAKE_PSF PSFファイルを出力する(常に1にする)
# modal control
MODAL_CONTROL 1 1 is modal control
MAKE_AOMODES 1 1 to force AOsim to make the AO modes
AOMODES_BASE_FNAME 0 name of the base of AO modes none=> 0
# ------------------------------------------ #
# 1. AOsim wavefront series configuration file
# ------------------------------------------ #
# 波面 #
# Telescope pupil
# 望遠鏡の瞳に関する設定 #
TELESCOPE_DIAM 望遠鏡の半径
CENTRAL_OBSTRUC 中央の穴(見えない)の半径
TELESCOPE_SPIDER_W スパイダーの厚み
PUPIL_PA 波面センサ(可変鏡)からのPosition Angle
PUPIL_AMPL_FILE 瞳マップファイル名(default: tpupa.dat)
PUPIL_PHA_FILE 主鏡の位相マップファイル名(default: tpupp.dat)
STATIC_ERR 0 1 is there is static pupil error
STATIC_PHASE_POWERLAWINDEX 2.000000 power law index of the static phase error PSD
STATIC_PHASE_RMSAMPL 0.300000 in microns
# wavefront parameter
# 波面の設定 #
WAVEFRONT_AMPLITUDE 0 0 if off, 1 if on
FRESNEL_PROPAGATION 0 0 if off, 1 if on
WF_RAW_SIZE 512 size of the raw wavefronts in the code
WFTIME_STEP 0.000500 time step in seconds
TIME_SPAN 0.100000 time span for one continuous WF file
NB_TSPAN 10 total number of time spans
WF_FILE_PREFIX /home/moritani/Cfits/WF_files/S1/wf256_ file prefix for wavefronts
MAKE_SWAVEFRONT 0 1 if the wavefront series needs to be made at the science wavelength SLAMBDA
SWF_FILE_PREFIX ../WF_files/swf1024_060_ file prefix for science wavefronts
MAKE_CWAVEFRONT 0 make wavefront series with cone effect
CWF_FILE_PREFIX na file prefix for cone effect wavefront
MASTER_SIZE 4096 size in pixels of master turbulence screens - names should be t_
POSITIONS_FILE sourcepos.dat list of postions for which the wavefronts need to be computed. Intermediate positions will be interpolated from those positions.
TURBULENCE_REF_WAVEL 0.500000 reference wavelength for wavefronts, in micron
TURBULENCE_SEEING 0.500000 seeing at the reference wavelenght
TURBULENCE_PROF_FILE turbul.prof turbulence profile file
FRESNEL_PROPAGATION_BIN 1000.000000 in m
# Non-common path error
NON_COMMON_ERR 0 0 if no non-common path error
NCPE_PHASE_POWERLAWINDEX 2.000000 power law index of the non-common path phase error PSD
NCPE_PHASE_RMSAMPL 0.050000 in microns
NCPE_PHASE_FILE ncpe_pha.dat name of the non-common path phase error
NCPE_AMPL_FILE ncpe_amp.dat name of the non-common path amplitude error
# ------------------------------------------ #
# 2. Source parameters
# ------------------------------------------ #
# 光源 #
SOURCE_BRIGHTNESS 170000000.000000 in ph/s for the entire pupil
# [m=8 -> 1.7e8]
SOURCE_TYPE 0
# 0 is point source
# 1 is disk
# 2 is gaussian exp(-r*r)
# 3 is double star components of equal brightness
SOURCE_SIZE 5.500000 radius of the source in "
# ------------------------------------------ #
# 3. Laser guide star
# ------------------------------------------ #
# レーザーガイドスター #
TT_FROM_NGSTT 0 0 if no NGSTT, 1 if NGSTT
NGSTT_SOURCE_BRIGHTNESS 400000.000000 in ph/s for the entire pupil
NGSTT_POSITION_X 0.000000 in arcsec, relative to LGS
NGSTT_POSITION_Y 0.000000 in arcsec, relative to LGS
LGS_ON 0 0 if off, 1 if on
LGS_BEAMSIZE 0.500000 in meter
LGS_FWHM 0.300000 in meter
LGS_BRIGHTNESS 400000.000000 in ph/s for the entire pupil
SODIUM_LAYER_ALTITUDE 100.000000 in km
SODIUM_LAYER_THICKNESS 5.0 in km for zenith
# --- LGS TT loop --- #
LGSTT_LOOP_GAIN 0.100000 LGT TT loop gain
# --- NGS TT loop --- 4 cell APD #
NGSTT_CENTROID_GAIN_FWHM 0.600000 FWHM of gaussian used for centroid gain calibration in arcsec
NGSTT_MAX_CENTROID_SEP 4.000000 maximum computed centroid separation in arcsec
NGSTT_LOOP_GAIN 0.050000 NGS TT loop gain
# ------------------------------------------ #
# 4. AOsim configuration
# ------------------------------------------ #
# AOsimに関して #
# 4.1. ----------- WFS ----------------------
# 波面センサの設定 #
WFS_NB_DETECTORS 素子数
PHOTON_NOISE フォトンノイズ(あり：1、なし：0)
DETECTOR_DARK_COUNT 素子ダーク[counts/s/detector]
WFS_FIXED_FUZZ 0.0 fixed fuzz
# 4.1.a WFS geometry
# 波面センサのジオメトリの設定 #
DEFAULT_WFSGEOM 波面センサジオメトリの設定ファイル名(defoult： wfs_geom.dat)
WFSGEOM_maxrad 瞳径に対する大きさ
WFSGEOM_NBRINGS リングの数
WFSGEOM_R0_N 18 number of points on ring 0
WFSGEOM_R1_N 24 number of points on ring 1
WFSGEOM_R2_N 30 number of points on ring 2
WFSGEOM_R3_N 36 number of points on ring 3
WFSGEOM_R4_N 40 number of points on ring 4
WFSGEOM_R5_N 40 number of points on ring 5
WFSGEOM_R6_N 0 number of points on ring 6
WFSGEOM_R7_N 0 number of points on ring 7
WFSGEOM_R8_N 0 number of points on ring 8
WFSGEOM_R9_N 0 number of points on ring 9
WFSGEOM_R0_R 0.335000
WFSGEOM_R1_R 0.458000
WFSGEOM_R2_R 0.581000
WFSGEOM_R3_R 0.704000
WFSGEOM_R4_R 0.827000
WFSGEOM_R5_R 0.95
WFSGEOM_R6_R 0.000000 ring 6 radius
WFSGEOM_R7_R 0.000000 ring 7 radius
WFSGEOM_R8_R 0.000000 ring 8 radius
WFSGEOM_R9_R 0.000000 ring 9 radius
WFSGEOM_R0_PA 0.000000 angle offset on ring 0 in rad
WFSGEOM_R1_PA 0.130900 angle offset on ring 1 in rad
WFSGEOM_R2_PA 0.000000 angle offset on ring 2 in rad
WFSGEOM_R3_PA 0.087266 angle offset on ring 3 in rad
WFSGEOM_R4_PA 0.000000 angle offset on ring 4 in rad
WFSGEOM_R5_PA 0.078540 angle offset on ring 5 in rad
WFSGEOM_R6_PA 0.000000 angle offset on ring 6 in rad
WFSGEOM_R7_PA 0.000000 angle offset on ring 7 in rad
WFSGEOM_R8_PA 0.000000 angle offset on ring 8 in rad
WFSGEOM_R9_PA 0.000000 angle offset on ring 9 in rad
WFSGEOM_XSHIFT 0.000000
WFSGEOM_YSHIFT 0.000000 Y shift of WFS (unit = beam radius)
# 4.2. ----------- DM ----------------------
# 4.2.a Deformable mirror
DM_NB_ACTUATORS 188 number of actuators
DEFAULT_DMGEOM dm_geom.dat file name of the DM actuator pattern
DMGEOM_minrad_min 0.020000 inner radius of inner electrodes
DMGEOM_minrad_max 0.500000 maximum outer radius of inner electrodes
DMGEOM_maxrad_min 0.031667 minimum inner radius of outer electrodes
DMGEOM_maxrad_max 1.250000 outer radius of outer electrodes
DMGEOM_gap 0.020000 in unit of pupil radius
DM_DIAMETER 120.000000 DM diameter in mm
BEAM_DIAMETER 90.000000 Beam diameter in mm
DM_GAIN 0.015000 Gain of the DM in micron per V
DM_VSAT 400.000000
DM_HYSTERESIS 0.000000 hysteresis amplitude
DM_Vlim 1000.000000 DM hysteresis limit
DM_beta 4.000000 DM hysteresis coefficient
# 4.2.b Deformable mirror influence functions
MAKE_FROM_FEMDATA 0 make influence function from FEM data
FEMDATA_PREFIX /home/moritani/Cfits/RAID0/work/DM_FEM/el file prefix for FEMDATA
DEFAULT_DMIF dm_if.dat file name of the DM influence functions
# 4.4. ------------- Vibrating membrane ------------
VM_RADIUS 2.500000 in arcseconds
VM_STROKE 12.725000 in microns per volt (12.725 if AOsize=256)
# 4.3. ------------- Interaction Matrix -------------
PUPIL_IMAT 0 0 if full beam, 1 if true telescope pupil
DEFAULT_IMAT imat.dat file name of the interaction matrix
IMAT_MKFAST 0 1 to create imat from a list of already computed imats
IMAT_MKFAST_PREFIX refimat.dat prefix for imat FAST files
IMAT_DM_VOLTAGE 10.000000 Reference DM voltage for interaction matrix acquisition
IMAT_AOTIMEMAX 0.001500 time spent per actuator
NB_MODE_REMOVED 2 number of "invisible" modes removed
# 4.3.b. ----------- DM tip/tilt modes -------------
DEFAULT_DMTT dmtt.dat file name for the DM tip/tilt modes
DMTT_OFFSET 0.200000 offset (arcsec) to measure the DM tip/tilt modes
DMTT_AOTIMEMAX 0.050000 closed loop time to measure the DM tip/tilt modes
# 4.4. ------------- Loop parameters -------------
AUTO_CONTROL 0 1 if the gain and stroke should be set automatically
LOOP_GAIN 0.3
SEC_LOOP_GAIN 0.000000 secondary loop gain (between 0 and 1)
LOOP_FREQU 2000.000000 loop frequency
VM_VOLT 2.6 vibrating membrane voltage
VM_IRIS_RADIUS 10.3000000
VM_IRIS_APO 0 1 if the iris is apodized
VM_IRIS_APO_PARAM 8.000000
AOTIME_NBSTEP 10 time step in AOsim. has to be an even number >0. (2,4,6,8 etc..)
VM_MULTISTROKE 0 1 if multistroke WFS is enabled
VM_NBSTROKE 2 number of strokes in WFS
VM_NBSTROKE_MAX 3 number of strokes specified in this file
FLUX_LOOP_GAIN_0 1.0 flux gain for stroke 0
VM_VOLT_STROKE_0 15.0 vibrating membrane voltage for STROKE 0
VM_STROKE_TIME_0 0.5 fraction of time spent in stroke 0
VM_STROKE_FUZZ_0 0.94 fuzz value for stroke 0
FLUX_LOOP_GAIN_1 1.0 flux gain for stroke 1
VM_VOLT_STROKE_1 3.0 vibrating membrane voltage for STROKE 1
VM_STROKE_TIME_1 0.5 fraction of time spent in stroke 1
VM_STROKE_FUZZ_1 0.0 fuzz value for stroke 1
FLUX_LOOP_GAIN_2 0.9 flux gain for stroke 2
VM_VOLT_STROKE_2 6.800493 vibrating membrane voltage for STROKE 2
VM_STROKE_TIME_2 0.548751 fraction of time spent in stroke 2
VM_STROKE_FUZZ_2 0.4 fuzz value for stroke 2
# ------------------------------------------------ #
# 5. simulator output
# ------------------------------------------------ #
シミュレーションの出力に関すること
START_MEASURE 出力ファイルの開始時間
END_MEASURE 出力ファイルの終了時間
# real-time outputs (written at least one per AO loop period - this is for debug purpose)
計算事項をリアルタイムにテキスト形式で出力
RT_WFSILL 0 illumination in the wfs lenslet plane
RT_WFSILL_PERIOD 0 illumination in the wfs lenslet plane averaged over 1 period
RT_WF 1 uncorrected incoming wavefront
RT_WFC 1 corrected wavefront
RT_DM_WF 0 shape of the DM
RT_DMV 0 voltage figure of the DM
RT_DMH 0 hysteresis figure of the DM
RT_WFSF 0 flux figure of the WFS
RT_WFSC 0 curvature signal figure of the WFS
RT_TXT_DMV 1 text log file of DM voltages
RT_TXT_SR 1 text log file of Strehl ratio
RT_TXT_MODES 1 text log file of modes values
RT_TXT_SINMODES 1 text log file of sin modes values : sin(kx pi/2) with k=1 ... Kmax
RT_TXT_SINMODES_WRITE 1 1 if full text log file, 0 if only variance
RT_TXT_SINMODES_KMAX 50 max index of RT_TXT_SINMODES
RT_TXT_ZERMODES 1 text log file of Zernike modes values
RT_TXT_ZERMODES_WRITE 1 1 if full text log file, 0 if only variance
RT_TXT_ZERMODES_KMAX 500 max index of RT_TXT_ZERMODES
# real time WFC ouptut
リアルタイムに波面を出力(NB_SPAN(ここで設定)回に一回、まとめて)
WFC_OUTPUT_ACTIVE 1：出力する、0：出力しない
WFC_OUTPUT_MODE 1：省スペース(容量)、0：通常
WFC_OUTPUT_LAMBDA 波長[um](default：1.600000)
WFC_OUTPUT_NAME ファイル名(default：/home/moritani/Cfits/RAID0/tmp/WFC_files/S1/wfc_)
WFC_OUTPUT_CUBE 10 cube size of output wavefront files
# real time PSF outputs
いろいろなバンドでのPSFの出力
NB_PSF_OUTPUTS 出力数：10のままでよい
PSF_OUTPUT_ACTIVE_0 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_0 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_0 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_0 波長[um](default：0.550000)
PSF_OUTPUT_NAME_0 ファイル名(default：PSF_V)
PSF_OFFSET_X_0 0.000000 offset 0 from guide star in arcsec (x axis)
PSF_OFFSET_Y_0 0.000000 offset 0 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_0 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_0 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_0 400 cube size
PSF_OUTPUT_ACTIVE_1 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_1 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_1 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_1 波長[um](default：0.700000)
PSF_OUTPUT_NAME_1 ファイル名(default：PSF_R)
PSF_OFFSET_X_1 0.000000 offset 0 from guide star in arcsec (x axis)
PSF_OFFSET_Y_1 0.000000 offset 0 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_1 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_1 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_1 400 cube size
PSF_OUTPUT_ACTIVE_2 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_2 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_2 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_2 波長[um](default：0.900000)
PSF_OUTPUT_NAME_2 ファイル名(default：PSF_I)
PSF_OFFSET_X_2 0.000000 offset 0 from guide star in arcsec (x axis)
PSF_OFFSET_Y_2 0.000000 offset 0 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_2 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_2 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_2 400 cube size
PSF_OUTPUT_ACTIVE_3 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_3 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_3 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_3 波長[um](default：1.200000)
PSF_OUTPUT_NAME_3 ファイル名(default：PSF_J)
PSF_OFFSET_X_3 0.000000 offset 0 from guide star in arcsec (x axis)
PSF_OFFSET_Y_3 0.000000 offset 0 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_3 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_3 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_3 400 cube size
PSF_OUTPUT_ACTIVE_4 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_4 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_4 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_4 波長[um](default：1.600000)
PSF_OUTPUT_NAME_4 ファイル名(default：PSF_H)
PSF_OFFSET_X_4 0.000000 offset 1 from guide star in arcsec (x axis)
PSF_OFFSET_Y_4 0.000000 offset 1 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_4 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_4 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_4 400 cube size
PSF_OUTPUT_ACTIVE_5 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_5 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_5 0 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_5 波長[um](default：2.200000)
PSF_OUTPUT_NAME_5 ファイル名(default：PSF_K)
PSF_OFFSET_X_5 0.000000 offset 2 from guide star in arcsec (x axis)
PSF_OFFSET_Y_5 0.000000 offset 2 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_5 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_5 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_5 400 cube size
PSF_OUTPUT_ACTIVE_6 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_6 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_6 1 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_6 波長[um](default：0.700000)
PSF_OUTPUT_NAME_6 ファイル名(default：PSF_Rc)
PSF_OFFSET_X_6 0.000000 offset 3 from guide star in arcsec (x axis)
PSF_OFFSET_Y_6 0.000000 offset 3 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_6 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_6 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_6 400 cube size
PSF_OUTPUT_ACTIVE_7 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_7 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_7 1 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_7 波長[um](default：0.900000)
PSF_OUTPUT_NAME_7 ファイル名(default：PSF_Ic)
PSF_OFFSET_X_7 0.000000 offset 3 from guide star in arcsec (x axis)
PSF_OFFSET_Y_7 0.000000 offset 3 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_7 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_7 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_7 400 cube size
PSF_OUTPUT_ACTIVE_8 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_8 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_8 1 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_8 波長[um](default：1.200000)
PSF_OUTPUT_NAME_8 ファイル名(default：PSF_Jc)
PSF_OFFSET_X_8 0.000000 offset 3 from guide star in arcsec (x axis)
PSF_OFFSET_Y_8 0.000000 offset 3 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_8 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_8 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_8 400 cube size
PSF_OUTPUT_ACTIVE_9 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_9 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_9 1 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_9 波長[um](default：1.600000)
PSF_OUTPUT_NAME_9 ファイル名(default：PSF_Hc)
PSF_OFFSET_X_9 0.000000 offset 4 from guide star in arcsec (x axis)
PSF_OFFSET_Y_9 0.000000 offset 4 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_9 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_9 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_9 400 cube size
PSF_OUTPUT_ACTIVE_10 1：出力する、0：出力しない
PSF_OUTPUT_TYPE_10 0：intensity、1：complex amplitude/phase、2：integrated intensity
PSF_OUTPUT_STATICRM_10 1 1 if the static complex amplitude component is removed
PSF_OUTPUT_LAMBDA_10 波長[um](default：2.200000)
PSF_OUTPUT_NAME_10 ファイル名(default：PSF_Kc)
PSF_OFFSET_X_10 0.000000 offset 4 from guide star in arcsec (x axis)
PSF_OFFSET_Y_10 0.000000 offset 4 from guide star in arcsec (y axis)
PSF_OUTPUT_MAGN_10 2 when it is n, the magnification factor is 2^n
PSF_OUTPUT_CROP_10 512 will crop image size to this size if it is less than 2^n*AOsize
PSF_OUTPUT_CUBE_10 400 cube size
# real time wavefront output
波面の出力
WF_OUTPUT_ACTIVE 1：出力する、0：出力しない
WF_OUTPUT_NAME ファイル名（default：WFC_) この名前から始まるファイルが作られる(位相と振幅の2種類)
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