Hi David,

thank you for your response.

Interactive connection (connected) with field setting definition showing object height as the Type

Unfortunately I am not able to attach my code as a file so I am just pasting the script:

#here starts the standard boiler plate code for interactive mode

import itertools

import matplotlib.pyplot as plt

import clr, os, winreg

from itertools import islice

import shutil

import numpy as np

from icecream import ic

import csv…

…….

…….

#until here is the standard boilerplate code for interactive mode

if __name__ == '__main__':

    # run the design lockdown tool to fix diameters, remove solves

    LockdownTool = TheSystem.Tools.OpenDesignLockdown()

    LockdownTool.UsePrecisionRounding = True

    LockdownTool.DecimalPrecision = 3

    LockdownTool.RunAndWaitForCompletion()

    LockdownTool.Close()

    # ! [e07s01_py]

    surf0 = TheSystem.LDE.GetSurfaceAt(0)

    surf2 = TheSystem.LDE.GetSurfaceAt(2)

    surf13 = TheSystem.LDE.GetSurfaceAt(13)

    #surf16 = TheSystem.LDE.GetSurfaceAt(16)

object_distance = [7500]  #2000,3000,4000,5000

img_pos = [0.550,0.555,0.560,0.565,0.570,0.575,0.580,0.585,0.590,0.600,0.610,0.615,0.620,0.625,0.630,0.635,0.640,0.645,0.650] #    setting position of imager from last surface of filter

# tilt_x = [0]

# tilt_y = [0]

#Loop to change decenter value and run image simulation and save file by moving to a new location

#all_tol = [[img_pos],[tilt_x],[tilt_y]]

tolerance = list(itertools.product(img_pos,object_distance))

#here are the lines to run image analysis, move files to specified folder, run MTF over field analysis and defocus analysis and save them as txt files#

for first,second, in tolerance:

    imager = first

    #xtilt = second

    #ytilt = third

    object_dist = second

    #ic(imager)

    #ic(type(imager))

    surf0.GetCellAt(3).DoubleValue = object_dist

    # surf2.GetCellAt(14).FloatValue = xtilt #setting the x tilt value

    # surf2.GetCellAt(15).FloatValue = ytilt #setting the y tilt value

    # surf15.GetCellAt(14).FloatValue = xtilt*-1 #setting the x tilt value

    # surf15.GetCellAt(15).FloatValue = ytilt*-1 #setting the y tilt value

    surf13.GetCellAt(3).DoubleValue = imager #setting the imager position

    #starting a new image analysis

    image_analysis = TheSystem.Analyses.New_ImageSimulation()

    image_analysis.ApplyAndWaitForCompletion()

    image_analysis.Close()

    #file location and name specifications for image simulation files

    src_folder = r"C:\Users\thiii\Documents\Zemax\IMAFiles\\"

    #dst_folder = r"E:\ZEMAX automation\Img_sim\"

    dst_folder_images = r"D:\ZEMAX automation\Img_sim\Images\\"

    dst_folder_mtfheatmap = r"D:\ZEMAX automation\Img_sim\MTFmap"

    dst_folder_defocus = r"D:\ZEMAX automation\Img_sim\Defocusmap"

    file_name = 'Blur2.jpg'

    # Split name and extension

    data = os.path.splitext(file_name)

    only_name = data[0]

    extension = data[1]

    # Adding the new name

    new_base = only_name + str(object_dist) + str(imager) + extension

    # construct full file path

    new_name = os.path.join(dst_folder_images, new_base)

    # move file

    shutil.move(src_folder + file_name, new_name)

    #starting a new geometric MTF heatmap analysis

    mtf_heatmap = TheSystem.Analyses.New_GeometricMtfMap()

    mtf_heatmap.ApplyAndWaitForCompletion()

    mtf_heatmap_results = mtf_heatmap.GetResults()

    heatmapfile = mtf_heatmap_results.GetTextFile(dst_folder_mtfheatmap + str(object_dist) + str(imager) + ".txt" )

    mtf_heatmap.Close()

    #starting a new full field defocus analysis

    field_aberration = TheSystem.Analyses.New_FullFieldAberration ()

    field_aberration.ApplyAndWaitForCompletion()

    field_aberration_results = field_aberration.GetResults()

    defocusfile=field_aberration_results.GetTextFile(dst_folder_defocus +str(object_dist) + str(imager) + ".txt" )

    field_aberration.Close()

Thanks and regards,
Amit

Dear David,

wow, thankyou. That was overlooked by me.

Thank you for pointing it out.

Best regards,
Amit