Start value for parameter stepping methods 'lin' and 'log'. :param stepStart: Start value for parameter stepping methods 'lin' and 'log'. :type stepStart: str, int, float :Example: >>> # Create an instance of the instruction object >>> my_instr = i
(self, stepStart)
| 902 | return |
| 903 | |
| 904 | def setStepStart(self, stepStart): |
| 905 | """ |
| 906 | Start value for parameter stepping methods 'lin' and 'log'. |
| 907 | |
| 908 | :param stepStart: Start value for parameter stepping methods 'lin' and 'log'. |
| 909 | :type stepStart: str, int, float |
| 910 | |
| 911 | :Example: |
| 912 | |
| 913 | >>> # Create an instance of the instruction object |
| 914 | >>> my_instr = instruction() |
| 915 | >>> # check a netlist file and use the circuit from this file for this |
| 916 | >>> # instruction: |
| 917 | >>> my_instr.setCircuit('my_circuit.cir') |
| 918 | >>> # Define linear stepping: |
| 919 | >>> my_instr.stepMethod = 'lin' |
| 920 | >>> # Define the start value |
| 921 | >>> my_instr.setStepStart('1k') # 1E3 |
| 922 | >>> my_instr.setStepStart(1000) # 1E3 |
| 923 | >>> my_instr.setStepStart(1e3) # 1E3 |
| 924 | >>> # Enable parameter stepping |
| 925 | >>> my_instr.stepOn() |
| 926 | """ |
| 927 | self.stepStart = stepStart |
| 928 | self.checkStepStart() |
| 929 | return |
| 930 | |
| 931 | def checkStepStart(self): |
| 932 | """ |
nothing calls this directly
no test coverage detected