fix escape sequences

Author: gituser789

Diff for: transistordatabase/transistor.py

@@ -1897,10 +1897,10 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
                 print_voltage = print_voltage[1:-1]
 
                 # for every loss curve, write
-                file_switch.write(r"<LeitverlusteMesskurve>\n")
+                file_switch.write("<LeitverlusteMesskurve>\n")
                 file_switch.write(f"data[][] 2 {len(current)} {print_voltage} {print_current}")
                 file_switch.write(f"\ntj {channel.t_j}\n")
-                file_switch.write(r"<\LeitverlusteMesskurve>\n")
+                file_switch.write("<\LeitverlusteMesskurve>\n")
 
             # switch switching loss
             # check for availability of switching loss curves
@@ -1910,11 +1910,11 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
 
             if not any(eon_curves) or not any(eoff_curves):
                 print('Switch: No loss curves found!')
-                file_switch.write(r"<SchaltverlusteMesskurve>\n")
+                file_switch.write("<SchaltverlusteMesskurve>\n")
                 file_switch.write("data[][] 3 2 0 10 0 0 0 0")
                 file_switch.write("\ntj 25\n")
                 file_switch.write("uBlock 400\n")
-                file_switch.write(r"<\SchaltverlusteMesskurve>\n")
+                file_switch.write("<\SchaltverlusteMesskurve>\n")
             else:
                 for e_on in eon_curves:
                     on_current = e_on.graph_i_e[0]
@@ -1939,11 +1939,11 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
                             print_off_energy = print_off_energy[1:-1]
 
                             # for every loss curve, write
-                            file_switch.write(r"<SchaltverlusteMesskurve>\n")
+                            file_switch.write("<SchaltverlusteMesskurve>\n")
                             file_switch.write(f"data[][] 3 {len(interp_current)} {print_current} {print_on_energy} {print_off_energy}")
                             file_switch.write(f"\ntj {e_on.t_j}\n")
                             file_switch.write(f"uBlock {e_on.v_supply}\n")
-                            file_switch.write(r"<\SchaltverlusteMesskurve>\n")
+                            file_switch.write("<\SchaltverlusteMesskurve>\n")
 
             file_switch.close()
             print(f"Exported file {self.name}_Switch(rg_on_{r_g_on})(rg_off_{r_g_off}).scl  to {os.getcwd()}")
@@ -1981,10 +1981,10 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
                 print_voltage = print_voltage[1:-1]
 
                 # for every loss curve, write
-                file_diode.write(r"<LeitverlusteMesskurve>\n")
+                file_diode.write("<LeitverlusteMesskurve>\n")
                 file_diode.write(f"data[][] 2 {len(current)} {print_voltage} {print_current}")
                 file_diode.write(f"\ntj {n_channel.t_j}\n")
-                file_diode.write(r"<\LeitverlusteMesskurve>\n")
+                file_diode.write("<\LeitverlusteMesskurve>\n")
 
             # diode err loss
             # check for availability of switching loss curves
@@ -1993,11 +1993,11 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
             if len(err_curves) == 0:
                 print('Diode: No loss curves found!')
                 file_diode.write("anzMesskurvenPvSWITCH 1\n")
-                file_diode.write(r"<SchaltverlusteMesskurve>\n")
+                file_diode.write("<SchaltverlusteMesskurve>\n")
                 file_diode.write("data[][] 3 2 0 10 0 0 0 0")
                 file_diode.write("\ntj 25\n")
                 file_diode.write("uBlock 400\n")
-                file_diode.write(r"<\SchaltverlusteMesskurve>\n")
+                file_diode.write("<\SchaltverlusteMesskurve>\n")
             else:
                 file_diode.write(f"anzMesskurvenPvSWITCH {len(err_curves)}\n")
                 for curve_rr in err_curves:
@@ -2017,11 +2017,11 @@ def export_geckocircuits(self, recheck: bool = True, v_supply: float = None, v_g
                         print_rr_energy = print_rr_energy[1:-1]
 
                         # for every loss curve, write
-                        file_diode.write(r"<SchaltverlusteMesskurve>\n")
+                        file_diode.write("<SchaltverlusteMesskurve>\n")
                         file_diode.write(f"data[][] 3 {len(rr_current)} {print_current} {print_fr_energy} {print_rr_energy}")
                         file_diode.write(f"\ntj {curve_rr.t_j}\n")
                         file_diode.write(f"uBlock {curve_rr.v_supply}\n")
-                        file_diode.write(r"<\SchaltverlusteMesskurve>\n")
+                        file_diode.write("<\SchaltverlusteMesskurve>\n")
 
             file_diode.close()
             print(f"Exported file {self.name}_Diode(rg_{r_g_err}).scl to {os.getcwd()}")