Path: CubeSat/AttitudeControl
% Simulate magnetic control This uses 1 torquer for control. This demonstrates that magnetoresistive damping does not work unless a torquer is also used. Use the flags to turn the damping and control and off to see the effect! Use the dipole field to model a permanent magnet as an alternative to the torquer. See also: RHSRigidBodyWithDamping, InertiaCubeSat, P3Axis, QUnit, Date2JD, ISSOrbit, El2RV, RHSHysteresisDamper, QTForm, BDipole, Dot, BFromHHysteresis, TimeDisplay, Skew, RK4, TimeLabl, Figui % -------------------------------------------------------------------------- Copyright (c) 2020 Princeton Satellite Systems, Inc. All rights reserved. Since 2021.1 --------------------------------------------------------------------------
CubeSat: AttitudeControl/InertiaCubeSat SC: BasicOrbit/El2RV SC: BasicOrbit/Period SC: Dynamics/RHSRigidBodyWithDamping SC: Environs/BDipole SC: MagneticControl/BFromHHysteresis SC: MagneticControl/RHSHysteresisDamper SCPro: MannedVehicle/ISSOrbit Common: Control/P3Axis Common: GUIs/Figui Common: GUIs/TimeDisplay Common: Graphics/Plot2D Common: Graphics/TimeLabl Common: Quaternion/QForm Common: Quaternion/QTForm Common: Quaternion/QUnit Common: Time/Date2JD Math: Integration/RK4 Math: Linear/Dot Math: Linear/Mag Math: Linear/Skew
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