squeeze: return shape of the frequency response. #594

Activity

1. bnavigator commented on Mar 28, 2021

   

   bnavigator

   on Mar 28, 2021

   Last edited by bnavigator

   ContributorAuthor

   More actions

   BTW, omega has to be complex.

   >>> import numpy as np
   >>> from control import rss
   >>> sys = rss(2,2,2)
   >>> sys(np.array(0.0j), squeeze=False).shape
   (2, 2, 1)
   >>> sys(0.0j, squeeze=False).shape
   (2, 2)
   

   Now I am even more confused and will stop for this Sunday evening.
2. murrayrm

   closed this as completedon Mar 28, 2021
3. murrayrm commented on Mar 28, 2021

   

   murrayrm

   on Mar 28, 2021

   Last edited by murrayrm

   Member

   More actions

   Sorry, accidentally closed.
4. murrayrm

   reopened this on Mar 28, 2021
5. forgi86 commented on Mar 29, 2021

   

   forgi86

   on Mar 29, 2021

   Contributor

   More actions

   @bnavigator as far as I can see looks like you can pass real/complex/imaginary argument. I would expect the output to be the Laplace/Z transform for ct/dt in general, but haven't really tested!
6. bnavigator

   closed this as completedin #595on Apr 1, 2021