To perform an applied voltage sweep with a given temporal profile, we need to make applied voltage a function of time.
Currently, we have input parameters inc_step and Phi_Bc_inc to increment the applied voltage at step = inc_step by Phi_Bc_inc. This gives us an option to either increase the applied voltage or decrease it (by setting Phi_Bc_inc < 0).
This could be done with a parser function.
Parser functions would be useful in other instances, such as, defining the device geometry and specifying material properties which depend on spatial locations (x,y,z).
To perform an applied voltage sweep with a given temporal profile, we need to make applied voltage a function of time.
Currently, we have input parameters
inc_stepandPhi_Bc_incto increment the applied voltage atstep = inc_stepbyPhi_Bc_inc. This gives us an option to either increase the applied voltage or decrease it (by settingPhi_Bc_inc < 0).This could be done with a parser function.
Parser functions would be useful in other instances, such as, defining the device geometry and specifying material properties which depend on spatial locations
(x,y,z).