## CubeSat Module |

CubeSatPropulsion | Returns the force, torque and mass flow for a cold gas system. |

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AttitudeControlSimRWA | Simulate a rigid body with 3-axis attitude control. |

CubeSatDisturbanceAnalysis | CubeSat disturbance analysis from batch data using RHSCubeSat. |

InertiaCubeSat | Compute the inertia of a CubeSat. |

InertiaTubeSat | Compute the inertia of a TubeSat. |

MagneticControl | Implement instantaneous magnetic control with torquers. |

MomentumUnloading | Compute the torque from a magnetic momentum unloading system. |

ReactionWheelDesign | Design a reaction wheel to meet input requirements. |

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LinkOrbitAnalysis | Link analysis computing bit error probability along an orbit. |

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CubeSat3U.mat | CubeSat CAD model. |

CubeSatGG.mat | CubeSat CAD model with GG boom. |

NanoSat.mat | Nanosat CAD model. |

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DisturbancesDemo | Example CubeSat disturbance analysis |

DisturbancesSolarWings | CubeSat disturbance analysis with deployable solar panels |

MagneticControlDemo | Magnetic control demand analysis |

MagneticHysteresisControl | Simulate magnetic control |

NanoSatSimulation | Demonstrate NanoSat attitude control reaction wheels. |

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CubeSatTiltedWings | Design a 3U CubeSat with Tilted Wings |

DesignMagneticTorquer | Design an air coil magnetic torquer for a CubeSat. |

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AttitudeProfileDemo | Demonstrate the AttitudeProfile function. |

NanoSatNearISS | Show ISS and NanoSat models with AnimateSpacecraft |

OrbitAndSensorConeAnimation | Demonstrate the playback of multiple orbits and moving sensor cones. |

RepeatingGroundTrackDemo | Compute and simulate a repeat ground track orbit |

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BatterySizing | Compute the power storage requirements for a CubeSat. |

CubeSatPowerDemo | Power computation over several orbits. |

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AnimateISSAndNanosat | Animate a nanosat near the ISS |

FFSimDemo | Demonstrate the use of FFSim to analyze disturbance effects. |

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CubeSatGGStabilized | Demonstrate a CubeSat with gravity gradient stabilization. |

CubeSatLunarMission | Lunar Mission Demo |

CubeSatRWASimulation | Demonstrate CubeSat attitude and power dynamics with reaction wheels. |

CubeSatSimulation | Demonstrate a CubeSat attitude and power system dynamics. |

MagneticHysteresisOrbit | Magnetic hysteresis over multiple orbits. |

MomentumManagement | Demonstrate simple dipole based momentum management |

RadiationDisturbance | Radiation pressure disturbance demo. |

SpacecraftWithDamping | A spacecraft with rate or hysteresis damping. |

TubeSatSimulation | Demonstrate a TubeSat attitude and power system dynamics. |

TwoSpacecraftOrbitSimulation | Demonstrate a 2 satellite CubeSat constellation. |

TwoSpacecraftSimpleOrbitSimulation | Demonstrate a 2 satellite CubeSat constellation |

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CubeSatFaceTemperaturesDemo | Demonstrate temperatures of faces of a CubeSat |

IsothermalCubeSatDemo | Isothermal satellite demo |

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AttitudeProfile | Build an attitude profile consisting of multiple overlapping modes. |

FindTimeWindows | Find time windows when elements of vector x are within specified range |

ObservationTimeWindows | Generate a set of observation time windows for each lat/lon target |

ObservationTimeWindowsPlot | Plot ground track and observation windows for a satellite and targets |

PackageOrbitDataForPlayback | Package orbit data into a structure for use in PlaybackOrbitSim. |

PlaybackOrbitSim | Play back an orbit simulation of multiple objects with sensor cones. |

RapidSwath | Compute the intersection curve between a sensor cone and spherical planet. |

RepeatGroundTrack | Design a repeat ground-track orbit. |

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CubeSatPowerAnalysis | CubeSat power analysis from batch orbit data. |

SolarCellPower | Compute the power for a solar power system. |

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FFSim | Formation flying simulation for circular orbits. |

FFSimPlotter | Plot the results from "FFSim". Finishes by setting up an animation. |

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CADToSimParameters | Convert CAD model to CubeSat arrays. |

CubeSatAero | Aerodynamic model for a CubeSat. |

CubeSatEnvironment | Environment calculations for the CubeSat dynamical model. |

CubeSatLunarEnvironment | Lunar environment calculations for the CubeSat dynamical model. |

CubeSatRadiationPressure | Radiation pressure model for a CubeSat around the Earth. |

FOrbitMultiSpacecraft | Multispacecraft orbit model designed to work with ode113. |

RHSCubeSat | Right-hand-side for a CubeSat orbit and attitude dynamical model. |

RHSLunarMission | Right hand side for orbit and attitude dynamics for a lunar mission simulation. |

RHSMomentum | RHS for momentum in the inertial frame. |

TubeSatDefaultDataStructure | Default data structure for TubeSat model. |

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AddThermalConductivity | Add a thermally conductive path between cubesat faces |

CubeSatThermalMatrix | Generates a 7 node CubeSat thermal matrix |

IsothermalCubeSatSim | An isothermal CubeSat simulation using Euler integration. |

RHSIsothermalCubeSat | An isothermal CubeSat model dynamical right-hand-side. |

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CubeSatAttitude | Returns the CubeSat attitude quaternion from ECI to body. |

CubeSatFaces | Returns the faces along each axis of a linear CubeSat. |

CubeSatModel | Generate vertices and faces for a CubeSat model. |

LatLonPlot | Plot latitude vs. longitude nicely |

LoadOBJModel | Load a Wavefront OBJ file. The file can have an associated .mtl file. |

TubeSatFaces | Returns the faces along each axis of a cylindrical TubeSat. |

TubeSatModel | Generate vertices and faces for a TubeSat model. |

WrapSegments | Separate a wrapped vector into a series of segments in cells. |

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DrawCubeSat | Draw a CubeSat with surface normals. |

DrawCubeSatSolarAreas | Visualize the solar cell area for the CubeSat. |

DrawSpacecraftInOrbit | Draw the Earth, CubeSat model, orbit, sensor cone(s), and GPS |

DrawSpacecraftStruct | Create the structure needed by DrawSpacecraftInOrbit |

GroundTrack | Plot an orbit track. Converts the inertial positions to planet-fixed. |

PlotOrbit | Plot the state in 3D with an Earth map. |

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