le
PURPOSE
LE Checks if polytope P is a subset of polytope Q
SYNOPSIS
function status = le(P,Q,Options)
DESCRIPTION
CROSS-REFERENCE INFORMATION
This function calls:
- length LENGTH Returns number of regions over which the explicit control law is defined
- bounding_box BOUNDING_BOX Compute a bounding box for a given polytope
- dimension DIMENSION Returns dimension of the given polytope
- end END Returns the last element in a given polytope array
- isfulldim ISFULLDIM Checks if a polytope is full dimensional
- le LE Checks if polytope P is a subset of polytope Q
- length LENGTH Returns number of elements in a polytope array
- mldivide MLDIVIDE Set difference
- chebyball_f CHEBYBALL_F Computes center and radius of the largest ball inscribed in a polytope
- size SIZE Returns size of the given polytope object
- mpt_error MPT_ERROR Function called if MPT toolbox is not initialized
This function is called by:
- display DISPLAY Displays details about the given polytope
- ge GE Checks if polytope P is a superset of polytope Q
- le LE Checks if polytope P is a subset of polytope Q
- mpt_maxCtrlSet MPT_MAXCTRLSET Computes the maximal robust control invariant set C_inf
- mpt_boolMinTime MPT_BOOLMINTIME Computes minimum time controller for systems with discrete inputs
- mpt_iterative MPT_ITERATIVE Computes a time-optimal or low-complexity explicit controller for LTI systems
- mpt_iterativePWA MPT_ITERATIVEPWA Computes a time-optimal or low-complexity explicit controller for PWA systems
- mpt_mixedMinTime MPT_MIXEDMINTIME Computes minimum time controller for systems with discrete and continuous inputs
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