Aerospace blockset >> Blocks
Blocks
- ANGLE_CONVERSION — This Xcos block allows to easily convert angle values betwen different angle units.
- ATM_DRAG_MODEL — This block calculates the aerodynamic drag force acting on the moving body using simple drag model.
- CJD_TIME — This Xcos block provides time signal in "modified julian day since 1950" format.
- CROSS_PRODUCT — This Xcos block allows to calculate cross product of any number of N-dimensional vectors.
- DISTANCE_CONVERSION — This Xcos block allows to easily convert distance values betwen different distance units.
- DOT_PRODUCT — This Xcos block allows to calculate dot product of any number of N-dimensional vectors.
- ECLIPSE_MODEL — This block calculates fraction of the spherical celestial body apparent surface that is visible from behind the other spherical body.
- FRAME_CONVERSION — This Xcos block converts position and velocity vectors from one reference frame to another
- FRAME_CONV_JACOBIAN — This Xcos block calculates jacobian of transformation of position and velocity vectors from one reference frame to another
- GEOMAG_MODEL — This Xcos block computes value of magnetic field B vector in a specifid point of space around the Earth according to IGRF model.
- GROUND_STATION — This block allows to input ground station name, location and visibility mask for other simulation blocks.
- KEPLERIAN_INPUT — This block allows to input keplerian arguments and use them in other blocks.
- KEPLERIAN_PROPAGATOR — This Xcos block allows for keplerian orbit propagation.
- KEP_TO_CAR — This Xcos block converts classical keplerian orbital elements to position and velocity for an elliptic, hyperbolic or parabolic orbit.
- LYDDANE_PROPAGATOR — This Xcos block allows for Lyddane analytical orbit propagation.
- MOON_MODEL — This Xcos block computes the Moon position relative to ECI (Earth Centered Inertial) reference frame using Meeus algorithm.
- PLANET_MODEL — This Xcos block allows to position and velocity of the planets in EOD reference frame.
- PLOT_GROUNDTRACK — Plots ground track of Earth's satellite.
- PLOT_INDICATORS — Graphically indicates status (positive, neutral or negative) of any number of variables in real time.
- PLOT_POLAR — This Xcos block plots passes of satellites, celestial bodies, airplanes, etc over a specified ground station.
- PLOT_VISIBILITY — This Xcos block plots access diagram of ground station to satellite visibility.
- QUAT_CONJUGATE — This Xcos block allows to calculate conjugate of the given quaternion.
- QUAT_INPUT — This block allows to conveniently input quaternions and use them in other blocks.
- QUAT_INVERT — This Xcos block allows to invert the given quaternion.
- QUAT_NORM — This Xcos block caculates norm of a given quaternion.
- QUAT_PRODUCT — This Xcos block calculates product of two given quaternions.
- QUAT_QUOTIENT — This Xcos block allows to divide one quaternion by another (quaternion division).
- ROTATION_JACOBIAN — This Xcos block allows to calculate jacobian of the transformation performed by VECTOR_ROTATE block.
- SECULAR_J2 — This Xcos block allows for propagation of Keplerian orbital elements from epoch time to the current time including the secular J2 effects only.
- SOL_DRAG_MODEL — This block allows for calculation of the solar drag force acting upon the illuminated sacecraft.
- STATION_POINTING — This block allows to calculate azimut and elevation of any object over a ground station.
- STATION_VISIBILITY — This Xcos block calculates access between ground station and satellite.
- SUN_MODEL — This Xcos block computes the Sun position relative to ECI (Earth Centered Inertial) reference frame using Meeus algorithm.
- TIMEFRAME_CONVERSION — This Xcos block allows to easily convert time between different time frames.
- US76_ATM_MODEL —
- VECTOR_ANGLE — This Xcos block allows to calculate angle between any number of 3D vectors.
- VECTOR_NORM — This Xcos block allows to calculate Euclidean norm of several input vectors.
- VECTOR_NORMALIZATION — This Xcos block allows to easily normalize vectors.
- VECTOR_ROTATE — This Xcos block allows to rotate N 3-dimensional vectors.
- VELOCITY_CONVERSION — This Xcos block allows to easily convert velocity values betwen different velocity units.