Dibaloke Chanda

Thank you for your reply. Is there a way to change the load value in snapshot mode according to the yearly loadshape (programitcally) ? I have a csv file containing the yearly loadshape which contains values like below: 0.430 0.426 0.423 0.425 .......... From what I understand these are in per-unit. I wanna sample a value from this list and apply it to the loads in snapshot mode. The reason behind why I want to do this is to check the robustness of an algorithm given any possible load value within...

Thank you for your reply. Is there a way to change the load value in snapshot mode according to the yearly loadshape (programitcally) ? I have a csv file containing the yearly loadshape which contains values like below: 0.430 0.426 0.423 0.425 .......... From what I understand these are in per-unit. I wanna sample a value from this list and apply it to the loads in snapshot mode. The reason behind why I want to do this is to test check the robustness of a algorithm given any possible load value within...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is a list containing the all load # Circuit solved once previously load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is a list containing the all load load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is an list containing the all load load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is an list containing the all load load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is an list containing the all load load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...

Is there a way to verify if the loads are getting reset each time I solve the circuit ? I am using the py_dss_interface by @pauloradatz to set the loadmult command in snapshot mode. But it seems like the loads value are not changing. # loads is an list containing the all load load_multipliers=[0.2,0.8,0.4] for load_multiplier in load_multipliers: dss.solution_write_load_mult(load_multiplier) dss.text(f'Solve mode=snap') # Do something ........ for load in loads: dss.circuit_set_active_element(load)...