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d2_2D_gan_wafer_cif.py
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d2_2D_gan_wafer_cif.py
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# -*- coding: utf-8 -*-
"""
Created on Tue Oct 26 12:48:32 2021
@author: Xcz
"""
import numpy as np
from c_gan_cif import gan_cif
from b_grating_to_cif import write_out_cif
# %%
def gan_wafer_cif(wafer_LU_LD_x=-20, wafer_LU_LD_y=5,
interval_x=3, interval_y=3,
Lx=[3, 4, 5], Ly=[12, 24],
Tx_1=[8, 7, 6], Ty_1=[7.95, 7.98, 8.04],
Tx_2=[8.5, 7.5, 6.5], Ty_2=[7.93, 7.96, 8.01],
**kwargs):
# %% 2D ------------------------------------
kwargs.update({
"xy_mode": 'xy',
# %%
"LD_x": wafer_LU_LD_x, "LD_y": wafer_LU_LD_y, # 结构左下角 x,y (mm)
"L_x": Lx[0], "L_y": Ly[0], # L_x：x 方向 结构长度 (mm)， L_y: y 方向 结构长度 (mm)
"T_x": Tx_1[0], "T_y": Ty_1[0],
"D_x": 1, "D_y": 1,
})
Tx_8_2D = gan_cif(add_level=-1, **kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[1],
"T_x": Tx_1[1], "T_y": Ty_1[1],
})
Tx_7_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[2],
"T_x": Tx_1[2], "T_y": Ty_1[2],
})
Tx_6_2D = gan_cif(**kwargs)
# write_out_cif(Tx_8_2D + Tx_7_2D + Tx_6_2D)
# %% -2D ------------------------------------
kwargs.update({
"xy_mode": '-xy',
# %%
"LD_x": wafer_LU_LD_x, # 结构左下角 x,y (mm)
"L_x": Lx[0], # L_x：x 方向 结构长度 (mm)， L_y: y 方向 结构长度 (mm)
"T_x": Tx_1[0], "T_y": Ty_1[0],
})
Tx_8_nega_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[1],
"T_x": Tx_1[1], "T_y": Ty_1[1],
})
Tx_7_nega_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[2],
"T_x": Tx_1[2], "T_y": Ty_1[2],
})
Tx_6_nega_2D = gan_cif(**kwargs)
# write_out_cif(Tx_8_2D + Tx_7_2D + Tx_6_2D +
# Tx_8_nega_2D + Tx_7_nega_2D + Tx_6_nega_2D)
# %% 2D ------------------------------------
kwargs.update({
"xy_mode": 'xy',
# %%
"LD_x": wafer_LU_LD_x,
"LD_y": wafer_LU_LD_y - interval_y - Ly[1], # 结构左下角 x,y (mm)
"L_x": Lx[0], "L_y": Ly[1], # L_x：x 方向 结构长度 (mm)， L_y: y 方向 结构长度 (mm)
"T_x": Tx_2[0], "T_y": Ty_2[0],
})
Tx_85_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[1],
"T_x": Tx_2[1], "T_y": Ty_2[1],
})
Tx_75_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[2],
"T_x": Tx_2[2], "T_y": Ty_2[2],
})
Tx_65_2D = gan_cif(**kwargs)
# write_out_cif(Tx_8_2D + Tx_7_2D + Tx_6_2D +
# Tx_8_nega_2D + Tx_7_nega_2D + Tx_6_nega_2D +
# Tx_85_2D + Tx_75_2D + Tx_65_2D)
# %% -2D ------------------------------------
kwargs.update({
"xy_mode": '-xy',
# %%
"LD_x": wafer_LU_LD_x, # 结构左下角 x,y (mm)
"L_x": Lx[0], # L_x：x 方向 结构长度 (mm)， L_y: y 方向 结构长度 (mm)
"T_x": Tx_2[0], "T_y": Ty_2[0],
})
Tx_85_nega_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[1],
"T_x": Tx_2[1], "T_y": Ty_2[1],
})
Tx_75_nega_2D = gan_cif(**kwargs)
kwargs.update({
"LD_x": kwargs["LD_x"] + kwargs["L_x"] + interval_x, # 加的 interval 得 > 上一个的 L_x
"L_x": Lx[2],
"T_x": Tx_2[2], "T_y": Ty_2[2],
})
Tx_65_nega_2D = gan_cif(**kwargs)
write_out_cif(Tx_8_2D + Tx_7_2D + Tx_6_2D +
Tx_8_nega_2D + Tx_7_nega_2D + Tx_6_nega_2D +
Tx_85_2D + Tx_75_2D + Tx_65_2D +
Tx_85_nega_2D + Tx_75_nega_2D + Tx_65_nega_2D)
if __name__ == '__main__': # 2D PPCLT
kwargs = \
{"wafer_LU_LD_x": -20, "wafer_LU_LD_y": 7, # mm
"interval_x": 3, "interval_y": 3, # mm
"Lx": [3, 4, 5], "Ly": [12, 24], # mm
"Tx_1": [8, 7, 6], "Ty_1": [7.95, 7.98, 8.04], # um
"Tx_2": [8.5, 7.5, 6.5], "Ty_2": [7.93, 7.96, 8.01], # um
# %%
"kwargs_seq": 0, "root_dir": r'1',
"is_remove_root_dir": 1,
}
from fun_global_var import init_GLV_DICT
init_GLV_DICT(**kwargs)
gan_wafer_cif(**kwargs)