Ruff format fixes

"ruff format"
SiEPIC · Jul 29, 2024 · 1525cd1 · 1525cd1
1 parent 8b637c3
commit 1525cd1
Show file tree

Hide file tree

Showing 107 changed files with 22,964 additions and 16,426 deletions.
diff --git a/klayout/EBeam/CDC_SM/MATLAB/matlabenginestart.py b/klayout/EBeam/CDC_SM/MATLAB/matlabenginestart.py
@@ -9,12 +9,12 @@
 import time
 import math
 import numpy as np
-#import matplotlib.pyplot as plt
+# import matplotlib.pyplot as plt
 
-#%% Parse data files
+# %% Parse data files
 os.chdir("C:/Users/Mustafa/Desktop")
 
-contraDC_params_file = open("contraDC_params","r")
+contraDC_params_file = open("contraDC_params", "r")
 contraDC_params = (contraDC_params_file.read()).split(",")
 gap = float(contraDC_params[0])
 W_1 = float(contraDC_params[1])
@@ -27,60 +27,65 @@
 contraDC_params_file.close()
 
 
-contraDC_mode_file = open("contraDC_mode","r")
-contraDC_mode = (contraDC_mode_file.read()).replace("[","").replace("]","").split(",")
+contraDC_mode_file = open("contraDC_mode", "r")
+contraDC_mode = (contraDC_mode_file.read()).replace("[", "").replace("]", "").split(",")
 n_eff1_fit = [float(contraDC_mode[0]), float(contraDC_mode[1])]
 n_eff2_fit = [float(contraDC_mode[2]), float(contraDC_mode[3])]
 n_g1_fit = [float(contraDC_mode[4]), float(contraDC_mode[5])]
 n_g2_fit = [float(contraDC_mode[6]), float(contraDC_mode[7])]
 contraDC_mode_file.close()
 
-contraDC_fdtd_file = open("contraDC_fdtd","r")
-contraDC_fdtd = (contraDC_fdtd_file.read()).replace("[","").replace("]","").split(",")
+contraDC_fdtd_file = open("contraDC_fdtd", "r")
+contraDC_fdtd = (contraDC_fdtd_file.read()).replace("[", "").replace("]", "").split(",")
 bandwidth = float(contraDC_fdtd[0])
 lambda_0 = float(contraDC_fdtd[1])
 contraDC_fdtd_file.close()
 
-#%% Find the coupling coefficient
+# %% Find the coupling coefficient
 
-_lambda = np.linspace(1500,1600,10001)*1e-9
+_lambda = np.linspace(1500, 1600, 10001) * 1e-9
+
+n_eff1 = n_eff1_fit[0] + n_eff1_fit[1] * _lambda
+n_eff2 = n_eff2_fit[0] + n_eff2_fit[1] * _lambda
+n_g1 = n_g1_fit[0] + n_g1_fit[1] * _lambda
+n_g2 = n_g2_fit[0] + n_g2_fit[1] * _lambda
 
-n_eff1 = n_eff1_fit[0] + n_eff1_fit[1]*_lambda
-n_eff2 = n_eff2_fit[0] + n_eff2_fit[1]*_lambda
-n_g1 = n_g1_fit[0] + n_g1_fit[1]*_lambda
-n_g2 = n_g2_fit[0] + n_g2_fit[1]*_lambda
 
 def find_nearest(a, a0):
     "Element in nd array `a` closest to the scalar value `a0`"
     idx = np.abs(a - a0).argmin()
     return idx
 
+
 # find _lambda index nearest lambda_0
-lambda_index = find_nearest(_lambda,float(lambda_0))
+lambda_index = find_nearest(_lambda, float(lambda_0))
 
-kappa = math.pi*((n_g1[lambda_index] + n_g2[lambda_index])/2) *(bandwidth / (lambda_0**2))
-print("Contra-directional kappa = " + str(kappa) +"\n\n")
+kappa = (
+    math.pi
+    * ((n_g1[lambda_index] + n_g2[lambda_index]) / 2)
+    * (bandwidth / (lambda_0**2))
+)
+print("Contra-directional kappa = " + str(kappa) + "\n\n")
 print("SiEPIC TOOLS:		Calling MATLAB engine Python API, please wait . . . \n\n")
-#%% Call matlab
+# %% Call matlab
 if 1:
     import matlab.engine as matlab
-    
+
     MATLABengine = matlab.start_matlab()
-
-    paath = 'C:/Users/Mustafa/Google Drive/UBC Files/MiNa/Simulations/MATLAB Scripts/CDC Simu/3_Matlab'
-
-    MATLABengine.cd(paath,nargout=0)
-
-    MATLABengine.workspace['n_eff1_fit1'] = n_eff1_fit[0]
-    MATLABengine.workspace['n_eff1_fit2'] = n_eff1_fit[1]
-    MATLABengine.workspace['n_eff2_fit1'] = n_eff2_fit[0]
-    MATLABengine.workspace['n_eff2_fit2'] = n_eff2_fit[1]
-    MATLABengine.workspace['contraDC_kappa'] = float(kappa)
-    MATLABengine.workspace['contraDC_period'] = period
-    MATLABengine.workspace['contraDC_a'] = float(a)
-    MATLABengine.workspace['contraDC_N'] = float(N)
-
-
-    MATLABengine.run('GratingPlotter',nargout=0)
-
-    time.sleep(10000)
+
+    paath = "C:/Users/Mustafa/Google Drive/UBC Files/MiNa/Simulations/MATLAB Scripts/CDC Simu/3_Matlab"
+
+    MATLABengine.cd(paath, nargout=0)
+
+    MATLABengine.workspace["n_eff1_fit1"] = n_eff1_fit[0]
+    MATLABengine.workspace["n_eff1_fit2"] = n_eff1_fit[1]
+    MATLABengine.workspace["n_eff2_fit1"] = n_eff2_fit[0]
+    MATLABengine.workspace["n_eff2_fit2"] = n_eff2_fit[1]
+    MATLABengine.workspace["contraDC_kappa"] = float(kappa)
+    MATLABengine.workspace["contraDC_period"] = period
+    MATLABengine.workspace["contraDC_a"] = float(a)
+    MATLABengine.workspace["contraDC_N"] = float(N)
+
+    MATLABengine.run("GratingPlotter", nargout=0)
+
+    time.sleep(10000)