sgira

Thank you maehne! After I read your suggestion and after I read the TDF section of the user guide better, finally I have reached the goal! The trick is to oversample the signal in the controller output so that the valve can run faster, and then I set the same rate and delay for the controller input port so that it can consume and wait all samples produced by the other modules. For simplicity, here is an image taken from the user guide that can help the readers of this topic:

I have two TDF modules and one LSF module interconnected as shown in the figure: Now my problem is that the controller should send the "command" and "threshold" signals much slower than the Valve send the "aperture" signal and the water tank update its water level. I tried to change the timesteps of tdf modules and the timesteps of relative ports and rates to be consistent, but when I run with different timestep the scheduler still say: Inconsistency in timestep assignment between module: system.valve timestep: 1 s (1 Hz) expect: 5 s (0.2 Hz) and module: system.controller T: 5 s (0.2 Hz) or expect: 1 s (1 Hz) rate1/rate2= 1/1 dT: 4 s or Error: SystemC-AMS: System not schedulable - no element schedulable. or Error: SystemC-AMS: Sample rates are inconsistent in : sca_linear_solver_0 containing modules (max. 5 printed): system.watertank.tdf2lsf system.watertank.gain1 system.watertank.sub1 system.watertank.gain2 system.watertank.lsf2tdf at outport 0 ch_max_sample: 1 n_sample: 10 ...depending by the settings in attribute methods of the TDF modules. I want only run the TDF controller slower (e.g. 5s) than the Valve and the Water Tank (e.g. 1s). Anyone can help me please?