Path: Common/Classes
-------------------------------------------------------------------------- Create a state space object. Everything after c is optional. dx/dt = ax + bu y = cx + du -------------------------------------------------------------------------- Form: g = statespace( a, b, c, d, name, states, inputs, outputs, sType, dT ) -------------------------------------------------------------------------- ------ Inputs ------ a State transition matrix b State input matrix c State output matrix d State feedthrough matrix name (1,:) Name of the system states (:,:) or {:} State names inputs (:,:) or {:} Input names outputs (:,:) or {:} Outputs sType (1,:) 's', 'z', 'delta' dT (1,1) Time step ------- Outputs ------- g (:) Plant g.a State transition matrix g.b State input matrix g.c State output matrix g.d State feedthrough matrix g.n Number of states g.nI Number of inputs g.nO Number of outputs g.states Names of states g.inputs Names of inputs g.outputs Names of outputs g.sType 's', 'z', 'delta' g.dT Time step --------------------------------------------------------------------------
Common: Classes/@statespace/and.m Common: Classes/@statespace/close.m Common: Classes/@statespace/connect.m Common: Classes/@statespace/eig.m Common: Classes/@statespace/get.m Common: Classes/@statespace/getabcd.m Common: Classes/@statespace/getsub.m Common: Classes/@statespace/isempty.m Common: Classes/@statespace/mtimes.m Common: Classes/@statespace/plus.m Common: Classes/@statespace/series.m Common: Classes/@statespace/set.m Common: Classes/@statespace/statespace.m Common: General/CellToMat
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